#!/usr/bin/env bash # # LemonBench-Next - 下一代Linux性能基准测试工具 # Author: iLemonrain # # ===== 全局变量 ===== # -> LemonBench工作基础路径 GlobalVar_BaseDir="$HOME/.LemonBench" # -> LemonBench默认测试预置 (fast|full) GlobalVar_BenchPreset="none" # -> 是否在测试结束后自动上传测试报告 (0|1) GlobalVar_UploadReport="1" # 设置LemonBench的BenchUA, 此参数由作者维护, 并在某些场景下会作为验证字符串, 您不应该随意修改这里的值 GlobalVar_UA_LemonBench="LemonBench v3/$GlobalVar_LemonBench_Version" GlobalVar_LemonBench_Version="2023.06.22-Stable" # 设置LemonBench的浏览器UA, 此参数由作者维护, 并在某些场景下会作为验证字符串, 您不应该随意修改这里的值 GlobalVar_UA_WebBrowser="Mozilla/5.0 (Windows NT 10.0; Win64; x64) AppleWebKit/537.36 (KHTML, like Gecko) Chrome/107.0.0.0 Safari/537.36" # 设置LemonBench的手机UA, 此参数由作者维护, 并在某些场景下会作为验证字符串, 您不应该随意修改这里的值 GlobalVar_UA_Dalvik="Dalvik/2.1.0 (Linux; U; Android 9; ALP-AL00 Build/HUAWEIALP-AL00)" # 设置LemonBench的UnityPlayer UA, 此参数由作者维护, 并在某些场景下会作为验证字符串, 您不应该随意修改这里的值 GlobalVar_UA_UnityPlayer="UnityPlayer/2019.4.1f1 (UnityWebRequest/1.0, libcurl/7.52.0-DEV)" # 设置curl命令的超时时间 (默认值: 30) GlobalVar_CurlMaxTime="10" # -> 路由追踪测试 - 使用工具 (nexttrace|worsttrace) GlobalVar_TracerouteBinary="nexttrace" # -> 路由追踪测试 - 使用协议 (icmp|tcp) GlobalVar_TracerouteMode="icmp" # -> 路由追踪测试 - 最大跳数 (10~99) GlobalVar_TracerouteMaxHop="30" # -> 字体颜色定义 (彩色输出) Font_Black="\033[30m" Font_Red="\033[31m" Font_Green="\033[32m" Font_Yellow="\033[33m" Font_Blue="\033[34m" Font_Purple="\033[35m" Font_SkyBlue="\033[36m" Font_White="\033[37m" Font_Suffix="\033[0m" # -> 消息提示定义 (消息前缀) Msg_Info="${Font_Blue}[INFO]${Font_Suffix}" Msg_Warning="${Font_Yellow}[WARN]${Font_Suffix}" Msg_Debug="${Font_Yellow}[DEBUG]${Font_Suffix}" Msg_Error="${Font_Red}[ERROR]${Font_Suffix}" Msg_Success="${Font_Green}[SUCCESS]${Font_Suffix}" Msg_Fail="${Font_Red}[FAIL]${Font_Suffix}" Msg_Time="$(date +"[%Y/%m/%d %T]")" # # -> 全局函数 - JSON解析 function BenchExec_PharseJSON() { echo -n "$1" | jq -r "$2" 2>/dev/null } # # =========================================================================== # -> 系统信息模块 (Entrypoint) -> 执行 function BenchFunc_Systeminfo_GetSysteminfo() { BenchAPI_Systeminfo_GetCPUinfo BenchAPI_Systeminfo_GetVMMinfo BenchAPI_Systeminfo_GetMemoryinfo BenchAPI_Systeminfo_GetDiskinfo BenchAPI_Systeminfo_GetOSReleaseinfo BenchAPI_Systeminfo_GetLinuxKernelinfo } # -> 系统信息模块 (DisplayOutput) -> 输出系统信息 function BenchFunc_Systeminfo_ShowSysteminfo() { echo -e "\n${Font_Yellow} -> System Information${Font_Suffix}\n" echo -e " ${Font_Yellow}CPU Model Name:${Font_Suffix}\t\t${Font_SkyBlue}${Result_Systeminfo_CPUModelName}" echo -e " ${Font_Yellow}CPU Cache Size:${Font_Suffix}\t\t${Font_SkyBlue}L1: ${Result_Systeminfo_CPUCacheSizeL1} / L2: ${Result_Systeminfo_CPUCacheSizeL2} / L3: ${Result_Systeminfo_CPUCacheSizeL3}" if [ "${Result_Systeminfo_isPhysical}" = "1" ]; then echo -e " ${Font_Yellow}CPU Specifications:${Font_Suffix}\t\t${Font_SkyBlue}${Result_Systeminfo_CPUSockets} Socket(s), ${Result_Systeminfo_CPUCores} Core(s), ${Result_Systeminfo_CPUThreads} Thread(s)" if [ "${Result_Systeminfo_VirtReady}" = "1" ]; then if [ "${Result_Systeminfo_IOMMU}" = "1" ]; then echo -e " ${Font_Yellow}Virtualization Ready:${Font_Suffix}\t\t${Font_SkyBlue}Yes (Based on ${Result_Systeminfo_CPUVMX}, IOMMU Enabled)${Font_Suffix}" else echo -e " ${Font_Yellow}Virtualization Ready:${Font_Suffix}\t\t${Font_SkyBlue}Yes (Based on ${Result_Systeminfo_CPUVMX})${Font_Suffix}" fi else echo -e " ${Font_Yellow}Virtualization Ready:${Font_Suffix}\t\t${Font_SkyBlue}No${Font_Suffix}" fi elif [ "$Result_Systeminfo_isPhysical" = "0" ]; then echo -e " ${Font_Yellow}CPU Specifications:${Font_Suffix}\t\t${Font_SkyBlue}${Result_Systeminfo_CPUThreads} vCPU(s)${Font_Suffix}" if [ "${Result_Systeminfo_VirtReady}" = "1" ]; then if [ "${Result_Systeminfo_IOMMU}" = "1" ]; then echo -e " ${Font_Yellow}Virtualization Ready:${Font_Suffix}\t\t${Font_SkyBlue}Yes (Based on ${Result_Systeminfo_CPUVMX}, Nested Virtualization Enabled, IOMMU Enabled${Font_Suffix})" else echo -e " ${Font_Yellow}Virtualization Ready:${Font_Suffix}\t\t${Font_SkyBlue}Yes (Based on ${Result_Systeminfo_CPUVMX}, Nested Virtualization Enabled${Font_Suffix})" fi else echo -e " ${Font_Yellow}Virtualization Ready:${Font_Suffix}\t\t${Font_SkyBlue}No${Font_Suffix}" fi fi echo -e " ${Font_Yellow}Virtualization Type:${Font_Suffix}\t\t${Font_SkyBlue}${Result_Systeminfo_VMMType}${Font_Suffix}" echo -e " ${Font_Yellow}Memory Usage:${Font_Suffix}\t\t\t${Font_SkyBlue}${Result_Systeminfo_Memoryinfo}${Font_Suffix}" echo -e " ${Font_Yellow}Swap Usage:${Font_Suffix}\t\t\t${Font_SkyBlue}${Result_Systeminfo_Swapinfo}${Font_Suffix}" echo -e " ${Font_Yellow}Disk Usage:${Font_Suffix}\t\t\t${Font_SkyBlue}${Result_Systeminfo_Diskinfo}${Font_Suffix}" echo -e " ${Font_Yellow}Boot Disk:${Font_Suffix}\t\t\t${Font_SkyBlue}${Result_Systeminfo_DiskRootPath}${Font_Suffix}" echo -e " ${Font_Yellow}OS Release:${Font_Suffix}\t\t\t${Font_SkyBlue}${Result_Systeminfo_OSReleaseNameFull}${Font_Suffix}" echo -e " ${Font_Yellow}Kernel Version:${Font_Suffix}\t\t${Font_SkyBlue}${Result_Systeminfo_LinuxKernelVersion}${Font_Suffix}" return 0 } # # -> 系统信息模块 (Collector) -> 获取CPU信息 function BenchAPI_Systeminfo_GetCPUinfo() { # CPU 基础信息检测 local r_modelname && r_modelname="$(lscpu -B 2>/dev/null | grep -oP -m1 "(?<=Model name:).*(?=)" | sed -e 's/^[ ]*//g')" local r_cachesize_l1d_b && r_cachesize_l1d_b="$(lscpu -B 2>/dev/null | grep -oP "(?<=L1d cache:).*(?=)" | sed -e 's/^[ ]*//g')" local r_cachesize_l1i_b && r_cachesize_l1i_b="$(lscpu -B 2>/dev/null | grep -oP "(?<=L1i cache:).*(?=)" | sed -e 's/^[ ]*//g')" local r_cachesize_l1_b && r_cachesize_l1_b="$(echo "$r_cachesize_l1d_b" "$r_cachesize_l1i_b" | awk '{printf "%d\n",$1+$2}')" local r_cachesize_l1_k && r_cachesize_l1_k="$(echo "$r_cachesize_l1_b" | awk '{printf "%.2f\n",$1/1024}')" local t_cachesize_l1_k && t_cachesize_l1_k="$(echo "$r_cachesize_l1_b" | awk '{printf "%d\n",$1/1024}')" if [ "$t_cachesize_l1_k" -ge "1024" ]; then local r_cachesize_l1_m && r_cachesize_l1_m="$(echo "$r_cachesize_l1_k" | awk '{printf "%.2f\n",$1/1024}')" local r_cachesize_l1="$r_cachesize_l1_m MB" else local r_cachesize_l1="$r_cachesize_l1_k KB" fi local r_cachesize_l2_b && r_cachesize_l2_b="$(lscpu -B 2>/dev/null | grep -oP "(?<=L2 cache:).*(?=)" | sed -e 's/^[ ]*//g')" local r_cachesize_l2_k && r_cachesize_l2_k="$(echo "$r_cachesize_l2_b" | awk '{printf "%.2f\n",$1/1024}')" local t_cachesize_l2_k && t_cachesize_l2_k="$(echo "$r_cachesize_l2_b" | awk '{printf "%d\n",$1/1024}')" if [ "$t_cachesize_l2_k" -ge "1024" ]; then local r_cachesize_l2_m && r_cachesize_l2_m="$(echo "$r_cachesize_l2_k" | awk '{printf "%.2f\n",$1/1024}')" local r_cachesize_l2="$r_cachesize_l2_m MB" else local r_cachesize_l2="$r_cachesize_l2_k KB" fi local r_cachesize_l3_b && r_cachesize_l3_b="$(lscpu -B 2>/dev/null | grep -oP "(?<=L3 cache:).*(?=)" | sed -e 's/^[ ]*//g')" local r_cachesize_l3_k && r_cachesize_l3_k="$(echo "$r_cachesize_l3_b" | awk '{printf "%.2f\n",$1/1024}')" local t_cachesize_l3_k && t_cachesize_l3_k="$(echo "$r_cachesize_l3_b" | awk '{printf "%d\n",$1/1024}')" if [ "$t_cachesize_l3_k" -ge "1024" ]; then local r_cachesize_l3_m && r_cachesize_l3_m="$(echo "$r_cachesize_l3_k" | awk '{printf "%.2f\n",$1/1024}')" local r_cachesize_l3="$r_cachesize_l3_m MB" else local r_cachesize_l3="$r_cachesize_l3_k KB" fi local r_sockets && r_sockets="$(lscpu -B 2>/dev/null | grep -oP "(?<=Socket\(s\):).*(?=)" | sed -e 's/^[ ]*//g')" if [ "$r_sockets" -ge "2" ]; then local r_cores && r_cores="$(lscpu -B 2>/dev/null | grep -oP "(?<=Core\(s\) per socket:).*(?=)" | sed -e 's/^[ ]*//g')" r_cores="$(echo "$r_sockets" "$r_cores" | awk '{printf "%d\n",$1*$2}')" local r_threadpercore && r_threadpercore="$(lscpu -B 2>/dev/null | grep -oP "(?<=Thread\(s\) per core:).*(?=)" | sed -e 's/^[ ]*//g')" local r_threads && r_threads="$(echo "$r_cores" "$r_threadpercore" | awk '{printf "%d\n",$1*$2}')" r_threads="$(echo "$r_threadpercore" "$r_cores" | awk '{printf "%d\n",$1*$2}')" else local r_cores && r_cores="$(lscpu -B 2>/dev/null | grep -oP "(?<=Core\(s\) per socket:).*(?=)" | sed -e 's/^[ ]*//g')" local r_threadpercore && r_threadpercore="$(lscpu -B 2>/dev/null | grep -oP "(?<=Thread\(s\) per core:).*(?=)" | sed -e 's/^[ ]*//g')" local r_threads && r_threads="$(echo "$r_cores" "$r_threadpercore" | awk '{printf "%d\n",$1*$2}')" fi # CPU AES能力检测 # local t_aes && t_aes="$(awk -F ': ' '/flags/{print $2}' /proc/cpuinfo 2>/dev/null | grep -oE "\baes\b" | sort -u)" # [[ "${t_aes}" = "aes" ]] && Result_Systeminfo_CPUAES="1" || Result_Systeminfo_CPUAES="0" # CPU AVX能力检测 # local t_avx && t_avx="$(awk -F ': ' '/flags/{print $2}' /proc/cpuinfo 2>/dev/null | grep -oE "\bavx\b" | sort -u)" # [[ "${t_avx}" = "avx" ]] && Result_Systeminfo_CPUAVX="1" || Result_Systeminfo_CPUAVX="0" # CPU AVX512能力检测 # local t_avx512 && t_avx512="$(awk -F ': ' '/flags/{print $2}' /proc/cpuinfo 2>/dev/null | grep -oE "\bavx512\b" | sort -u)" # [[ "${t_avx512}" = "avx" ]] && Result_Systeminfo_CPUAVX512="1" || Result_Systeminfo_CPUAVX512="0" # CPU 虚拟化能力检测 local t_vmx_vtx && t_vmx_vtx="$(awk -F ': ' '/flags/{print $2}' /proc/cpuinfo 2>/dev/null | grep -oE "\bvmx\b" | sort -u)" local t_vmx_svm && t_vmx_svm="$(awk -F ': ' '/flags/{print $2}' /proc/cpuinfo 2>/dev/null | grep -oE "\bsvm\b" | sort -u)" if [ "$t_vmx_vtx" = "vmx" ]; then Result_Systeminfo_VirtReady="1" Result_Systeminfo_CPUVMX="Intel VT-x" elif [ "$t_vmx_svm" = "svm" ]; then Result_Systeminfo_VirtReady="1" Result_Systeminfo_CPUVMX="AMD-V" else if [ -c "/dev/kvm" ]; then Result_Systeminfo_VirtReady="1" Result_Systeminfo_CPUVMX="unknown" else Result_Systeminfo_VirtReady="0" Result_Systeminfo_CPUVMX="unknown" fi fi # 输出结果 Result_Systeminfo_CPUModelName="$r_modelname" Result_Systeminfo_CPUSockets="$r_sockets" Result_Systeminfo_CPUCores="$r_cores" Result_Systeminfo_CPUThreads="$r_threads" Result_Systeminfo_CPUCacheSizeL1="$r_cachesize_l1" Result_Systeminfo_CPUCacheSizeL2="$r_cachesize_l2" Result_Systeminfo_CPUCacheSizeL3="$r_cachesize_l3" } # # -> 系统信息模块 (Collector) -> 获取内存及Swap信息 function BenchAPI_Systeminfo_GetMemoryinfo() { # 内存信息 local r_memtotal_kib && r_memtotal_kib="$(awk '/MemTotal/{print $2}' /proc/meminfo | head -n1)" local r_memtotal_mib && r_memtotal_mib="$(echo "$r_memtotal_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_memtotal_gib && r_memtotal_gib="$(echo "$r_memtotal_kib" | awk '{printf "%.2f\n",$1/1048576}')" local r_meminfo_memfree_kib && r_meminfo_memfree_kib="$(awk '/MemFree/{print $2}' /proc/meminfo | head -n1)" local r_meminfo_buffers_kib && r_meminfo_buffers_kib="$(awk '/Buffers/{print $2}' /proc/meminfo | head -n1)" local r_meminfo_cached_kib && r_meminfo_cached_kib="$(awk '/Cached/{print $2}' /proc/meminfo | head -n1)" local r_memfree_kib && r_memfree_kib="$(echo "$r_meminfo_memfree_kib" "$r_meminfo_buffers_kib" "$r_meminfo_cached_kib" | awk '{printf $1+$2+$3}')" local r_memfree_mib && r_memfree_mib="$(echo "$r_memfree_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_memfree_gib && r_memfree_gib="$(echo "$r_memfree_kib" | awk '{printf "%.2f\n",$1/1048576}')" local r_memused_kib && r_memused_kib="$(echo "$r_memtotal_kib" "$r_memfree_kib" | awk '{printf $1-$2}')" local r_memused_mib && r_memused_mib="$(echo "$r_memused_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_memused_gib && r_memused_gib="$(echo "$r_memused_kib" | awk '{printf "%.2f\n",$1/1048576}')" # 交换信息 local r_swaptotal_kib && r_swaptotal_kib="$(awk '/SwapTotal/{print $2}' /proc/meminfo | head -n1)" local r_swaptotal_mib && r_swaptotal_mib="$(echo "$r_swaptotal_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_swaptotal_gib && r_swaptotal_gib="$(echo "$r_swaptotal_kib" | awk '{printf "%.2f\n",$1/1048576}')" local r_swapfree_kib && r_swapfree_kib="$(awk '/SwapFree/{print $2}' /proc/meminfo | head -n1)" local r_swapfree_mib && r_swapfree_mib="$(echo "$r_swapfree_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_swapfree_gib && r_swapfree_gib="$(echo "$r_swapfree_kib" | awk '{printf "%.2f\n",$1/1048576}')" local r_swapused_kib && r_swapused_kib="$(echo "$r_swaptotal_kib" "${r_swapfree_kib}" | awk '{printf $1-$2}')" local r_swapused_mib && r_swapused_mib="$(echo "$r_swapused_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_swapused_gib && r_swapused_gib="$(echo "$r_swapused_kib" | awk '{printf "%.2f\n",$1/1048576}')" # 数据加工 if [ "$r_memused_kib" -lt "1024" ] && [ "$r_memtotal_kib" -lt "1048576" ]; then Result_Systeminfo_Memoryinfo="$r_memused_kib KiB / $r_memtotal_mib MiB" elif [ "$r_memused_kib" -lt "1048576" ] && [ "$r_memtotal_kib" -lt "1048576" ]; then Result_Systeminfo_Memoryinfo="$r_memused_mib MiB / $r_memtotal_mib MiB" elif [ "$r_memused_kib" -lt "1048576" ] && [ "$r_memtotal_kib" -lt "1073741824" ]; then Result_Systeminfo_Memoryinfo="$r_memused_mib MiB / $r_memtotal_gib GiB" else Result_Systeminfo_Memoryinfo="$r_memused_gib GiB / $r_memtotal_gib GiB" fi if [ "$r_swaptotal_kib" -eq "0" ]; then Result_Systeminfo_Swapinfo="[ no swap partition or swap file detected ]" elif [ "$r_swapused_kib" -lt "1024" ] && [ "$r_swaptotal_kib" -lt "1048576" ]; then Result_Systeminfo_Swapinfo="$r_swapused_kib KiB / $r_swaptotal_mib MiB" elif [ "$r_swapused_kib" -lt "1024" ] && [ "$r_swaptotal_kib" -lt "1073741824" ]; then Result_Systeminfo_Swapinfo="$r_swapused_kib KiB / $r_swaptotal_gib GiB" elif [ "$r_swapused_kib" -lt "1048576" ] && [ "$r_swaptotal_kib" -lt "1048576" ]; then Result_Systeminfo_Swapinfo="$r_swapused_mib MiB / $r_swaptotal_mib MiB" elif [ "$r_swapused_kib" -lt "1048576" ] && [ "$r_swaptotal_kib" -lt "1073741824" ]; then Result_Systeminfo_Swapinfo="$r_swapused_mib MiB / $r_swaptotal_gib GiB" else Result_Systeminfo_Swapinfo="$r_swapused_gib GiB / $r_swaptotal_gib GiB" fi } # # -> 系统信息模块 (Collector) -> 获取磁盘信息 function BenchAPI_Systeminfo_GetDiskinfo() { # 磁盘信息 local r_diskpath_root && r_diskpath_root="$(df -x tmpfs / | awk "NR>1" | sed ":a;N;s/\\n//g;ta" | awk '{print $1}')" local r_disktotal_kib && r_disktotal_kib="$(df -x tmpfs / | grep -oE "[0-9]{4,}" | awk 'NR==1 {print $1}')" local r_disktotal_mib && r_disktotal_mib="$(echo "$r_disktotal_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_disktotal_gib && r_disktotal_gib="$(echo "$r_disktotal_kib" | awk '{printf "%.2f\n",$1/1048576}')" local r_disktotal_tib && r_disktotal_tib="$(echo "$r_disktotal_kib" | awk '{printf "%.2f\n",$1/1073741824}')" local r_diskused_kib && r_diskused_kib="$(df -x tmpfs / | grep -oE "[0-9]{4,}" | awk 'NR==2 {print $1}')" local r_diskused_mib && r_diskused_mib="$(echo "$r_diskused_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_diskused_gib && r_diskused_gib="$(echo "$r_diskused_kib" | awk '{printf "%.2f\n",$1/1048576}')" local r_diskused_tib && r_diskused_tib="$(echo "$r_diskused_kib" | awk '{printf "%.2f\n",$1/1073741824}')" local r_diskfree_kib && r_diskfree_kib="$(df -x tmpfs / | grep -oE "[0-9]{4,}" | awk 'NR==3 {print $1}')" local r_diskfree_mib && r_diskfree_mib="$(echo "$r_diskfree_kib" | awk '{printf "%.2f\n",$1/1024}')" local r_diskfree_gib && r_diskfree_gib="$(echo "$r_diskfree_kib" | awk '{printf "%.2f\n",$1/1048576}')" local r_diskfree_tib && r_diskfree_tib="$(echo "$r_diskfree_kib" | awk '{printf "%.2f\n",$1/1073741824}')" # 数据加工 Result_Systeminfo_DiskRootPath="$r_diskpath_root" if [ "$r_diskused_kib" -lt "1048576" ]; then Result_Systeminfo_Diskinfo="$r_diskused_mib MiB / $r_disktotal_mib MiB" elif [ "$r_diskused_kib" -lt "1048576" ] && [ "$r_disktotal_kib" -lt "1073741824" ]; then Result_Systeminfo_Diskinfo="$r_diskused_mib MiB / $r_disktotal_gib GiB" elif [ "$r_diskused_kib" -lt "1073741824" ] && [ "$r_disktotal_kib" -lt "1073741824" ]; then Result_Systeminfo_Diskinfo="$r_diskused_gib GiB / $r_disktotal_gib GiB" elif [ "$r_diskused_kib" -lt "1073741824" ] && [ "$r_disktotal_kib" -ge "1073741824" ]; then Result_Systeminfo_Diskinfo="$r_diskused_gib GiB / $r_disktotal_tib TiB" else Result_Systeminfo_Diskinfo="$r_diskused_tib TiB / $r_disktotal_tib TiB" fi } # # -> 系统信息模块 (Collector) -> 获取虚拟化信息 function BenchAPI_Systeminfo_GetVMMinfo() { if [ -f "/usr/bin/systemd-detect-virt" ]; then local r_vmmtype && r_vmmtype="$(/usr/bin/systemd-detect-virt 2>/dev/null)" case "${r_vmmtype}" in kvm) Result_Systeminfo_VMMType="KVM" Result_Systeminfo_VMMTypeShort="kvm" Result_Systeminfo_isPhysical="0" return 0 ;; xen) Result_Systeminfo_VMMType="Xen Hypervisor" Result_Systeminfo_VMMTypeShort="xen" Result_Systeminfo_isPhysical="0" return 0 ;; microsoft) Result_Systeminfo_VMMType="Microsoft Hyper-V" Result_Systeminfo_VMMTypeShort="microsoft" Result_Systeminfo_isPhysical="0" return 0 ;; vmware) Result_Systeminfo_VMMType="VMware" Result_Systeminfo_VMMTypeShort="vmware" Result_Systeminfo_isPhysical="0" return 0 ;; oracle) Result_Systeminfo_VMMType="Oracle VirtualBox" Result_Systeminfo_VMMTypeShort="oracle" Result_Systeminfo_isPhysical="0" return 0 ;; parallels) Result_Systeminfo_VMMType="Parallels" Result_Systeminfo_VMMTypeShort="parallels" Result_Systeminfo_isPhysical="0" return 0 ;; qemu) Result_Systeminfo_VMMType="QEMU" Result_Systeminfo_VMMTypeShort="qemu" Result_Systeminfo_isPhysical="0" return 0 ;; amazon) Result_Systeminfo_VMMType="Amazon Virtualization" Result_Systeminfo_VMMTypeShort="amazon" Result_Systeminfo_isPhysical="0" return 0 ;; docker) Result_Systeminfo_VMMType="Docker" Result_Systeminfo_VMMTypeShort="docker" Result_Systeminfo_isPhysical="0" return 0 ;; openvz) Result_Systeminfo_VMMType="OpenVZ (Virutozzo)" Result_Systeminfo_VMMTypeShort="openvz" Result_Systeminfo_isPhysical="0" return 0 ;; lxc) Result_Systeminfo_VMMTypeShort="lxc" Result_Systeminfo_VMMType="LXC" Result_Systeminfo_isPhysical="0" return 0 ;; lxc-libvirt) Result_Systeminfo_VMMType="LXC (Based on libvirt)" Result_Systeminfo_VMMTypeShort="lxc-libvirt" Result_Systeminfo_isPhysical="0" return 0 ;; uml) Result_Systeminfo_VMMType="User-mode Linux" Result_Systeminfo_VMMTypeShort="uml" Result_Systeminfo_isPhysical="0" return 0 ;; systemd-nspawn) Result_Systeminfo_VMMType="Systemd nspawn" Result_Systeminfo_VMMTypeShort="systemd-nspawn" Result_Systeminfo_isPhysical="0" return 0 ;; bochs) Result_Systeminfo_VMMType="BOCHS" Result_Systeminfo_VMMTypeShort="bochs" Result_Systeminfo_isPhysical="0" return 0 ;; rkt) Result_Systeminfo_VMMType="RKT" Result_Systeminfo_VMMTypeShort="rkt" Result_Systeminfo_isPhysical="0" return 0 ;; zvm) Result_Systeminfo_VMMType="S390 Z/VM" Result_Systeminfo_VMMTypeShort="zvm" Result_Systeminfo_isPhysical="0" return 0 ;; none) Result_Systeminfo_VMMType="Dedicated" Result_Systeminfo_VMMTypeShort="none" Result_Systeminfo_isPhysical="1" if test -f "/sys/class/iommu/dmar0/uevent"; then Result_Systeminfo_IOMMU="1" else Result_Systeminfo_IOMMU="0" fi return 0 ;; *) echo -e "${Msg_Error} BenchAPI_Systeminfo_GetVirtinfo(): invalid result (${r_vmmtype}), please check parameter!" exit 1 ;; esac elif [ -f "/.dockerenv" ]; then Result_Systeminfo_VMMType="Docker" Result_Systeminfo_VMMTypeShort="docker" Result_Systeminfo_isPhysical="0" return 0 elif [ -c "/dev/lxss" ]; then Result_Systeminfo_VMMType="Windows Subsystem for Linux" Result_Systeminfo_VMMTypeShort="wsl" Result_Systeminfo_isPhysical="0" return 0 else Result_Systeminfo_VMMType="Dedicated" Result_Systeminfo_VMMTypeShort="none" if test -f "/sys/class/iommu/dmar0/uevent"; then Result_Systeminfo_IOMMU="1" else Result_Systeminfo_IOMMU="0" fi return 0 fi } # # -> 系统信息模块 (Collector) -> 获取Linux发行版信息 function BenchAPI_Systeminfo_GetOSReleaseinfo() { local r_arch && r_arch="$(arch)" Result_Systeminfo_OSArch="$r_arch" # CentOS/Red Hat 判断 if [ -f "/etc/centos-release" ] || [ -f "/etc/redhat-release" ]; then Result_Systeminfo_OSReleaseNameShort="centos" local r_prettyname && r_prettyname="$(grep -oP '(?<=\bPRETTY_NAME=").*(?=")' /etc/os-release)" local r_elrepo_version && r_elrepo_version="$(rpm -qa | grep -oP "el[0-9]+" | sort -ur | head -n1)" case "$r_elrepo_version" in 9 | el9) Result_Systeminfo_OSReleaseVersionShort="9" Result_Systeminfo_OSReleaseNameFull="$r_prettyname ($r_arch)" return 0 ;; 8 | el8) Result_Systeminfo_OSReleaseVersionShort="8" Result_Systeminfo_OSReleaseNameFull="$r_prettyname ($r_arch)" return 0 ;; 7 | el7) Result_Systeminfo_OSReleaseVersionShort="7" Result_Systeminfo_OSReleaseNameFull="$r_prettyname ($r_arch)" return 0 ;; 6 | el6) Result_Systeminfo_OSReleaseVersionShort="6" Result_Systeminfo_OSReleaseNameFull="$r_prettyname ($r_arch)" return 0 ;; *) echo -e "${Msg_Error} BenchAPI_Systeminfo_GetOSReleaseinfo(): invalid result (CentOS/Redhat-$r_prettyname ($r_arch)), please check parameter!" exit 1 ;; esac elif [ -f "/etc/lsb-release" ]; then # Ubuntu Result_Systeminfo_OSReleaseNameShort="ubuntu" local r_prettyname && r_prettyname="$(grep -oP '(?<=\bPRETTY_NAME=").*(?=")' /etc/os-release)" Result_Systeminfo_OSReleaseVersion="$(grep -oP '(?<=\bVERSION=").*(?=")' /etc/os-release)" Result_Systeminfo_OSReleaseVersionShort="$(grep -oP '(?<=\bVERSION_ID=").*(?=")' /etc/os-release)" Result_Systeminfo_OSReleaseNameFull="$r_prettyname ($r_arch)" return 0 elif [ -f "/etc/debian_version" ]; then # Debian Result_Systeminfo_OSReleaseNameShort="debian" local r_prettyname && r_prettyname="$(grep -oP '(?<=\bPRETTY_NAME=").*(?=")' /etc/os-release)" Result_Systeminfo_OSReleaseVersion="$(grep -oP '(?<=\bVERSION=").*(?=")' /etc/os-release)" Result_Systeminfo_OSReleaseVersionShort="$(grep -oP '(?<=\bVERSION_ID=").*(?=")' /etc/os-release)" Result_Systeminfo_OSReleaseNameFull="$r_prettyname ($r_arch)" return 0 else echo -e "${Msg_Error} BenchAPI_Systeminfo_GetOSReleaseinfo(): invalid result ($r_prettyname ($r_arch)), please check parameter!" exit 1 fi } # # -> 系统信息模块 (Collector) -> 获取Linux内核版本信息 function BenchAPI_Systeminfo_GetLinuxKernelinfo() { # 获取原始数据 Result_Systeminfo_LinuxKernelVersion="$(uname -r)" } # # =========================================================================== # -> 网络信息模块 (Entrypoint) -> 执行 function BenchFunc_Networkinfo_GetNetworkinfo() { BenchAPI_Networkinfo_GetNetworkinfo } # -> 网络信息模块 (DisplayOutput) -> 输出网络信息 function BenchFunc_Networkinfo_ShowNetworkinfo() { echo -e "\n ${Font_Yellow}-> Network Information${Font_Suffix}\n" if [ "$Result_Networkinfo_NetworkType" = "ipv4" ] || [ "$Result_Networkinfo_NetworkType" = "dualstack" ]; then echo -e " ${Font_Yellow}IPv4-IP Address:${Font_Suffix}\t\t${Font_SkyBlue}[$Result_Networkinfo_CountryCode4] $Result_Networkinfo_IP4${Font_Suffix}" echo -e " ${Font_Yellow}IPv4-AS Information:${Font_Suffix}\t\t${Font_SkyBlue}$Result_Networkinfo_NetworkOwner4${Font_Suffix}" echo -e " ${Font_Yellow}IPv4-GeoIP Location:${Font_Suffix}\t\t${Font_SkyBlue}$Result_Networkinfo_GeoLocation4${Font_Suffix}" fi if [ "$Result_Networkinfo_NetworkType" = "ipv6" ] || [ "$Result_Networkinfo_NetworkType" = "dualstack" ]; then echo -e " ${Font_Yellow}IPv6-IP Address:${Font_Suffix}\t\t${Font_SkyBlue}[$Result_Networkinfo_CountryCode6] $Result_Networkinfo_IP6${Font_Suffix}" echo -e " ${Font_Yellow}IPv6-AS Information:${Font_Suffix}\t\t${Font_SkyBlue}$Result_Networkinfo_NetworkOwner6${Font_Suffix}" echo -e " ${Font_Yellow}IPv6-GeoIP Location:${Font_Suffix}\t\t${Font_SkyBlue}$Result_Networkinfo_GeoLocation6${Font_Suffix}" fi if [ "$Result_Networkinfo_NetworkType" = "unknown" ]; then echo -e " ${Font_Yellow}No network information detected${Font_Suffix}" fi } # # -> 网络信息模块 (Collector) -> 获取网络信息 function BenchAPI_Networkinfo_GetNetworkinfo() { local r_r4 && r_r4="$(curl --connect-timeout 10 -s4 https://ipapi.co/json/)" sleep 1 local r_r6 && r_r6="$(curl --connect-timeout 10 -s6 https://ipapi.co/json/)" local r_r4_error && r_r4_error="$(BenchExec_PharseJSON "$r_r4" ".error")" local r_r6_error && r_r6_error="$(BenchExec_PharseJSON "$r_r6" ".error")" if [ "$r_r4_error" = "true" ]; then local r_r4="" fi if [ "$r_r6_error" = "true" ]; then local r_r6="" fi if [ "$r_r4" != "" ] && [ "$r_r6" = "" ]; then local r_ntype && r_ntype="ipv4" Result_Networkinfo_NetworkType="ipv4" elif [ "$r_r4" != "" ] && [ "$r_r6" = "" ]; then local r_ntype && r_ntype="ipv6" Result_Networkinfo_NetworkType="ipv6" elif [ "$r_r4" != "" ] && [ "$r_r6" != "" ]; then local r_ntype && r_ntype="dualstack" Result_Networkinfo_NetworkType="dualstack" else local r_ntype && r_ntype="unknown" Result_Networkinfo_NetworkType="unknown" return 1 fi if [ "$r_ntype" = "ipv4" ] || [ "$r_ntype" = "dualstack" ]; then local r_r4_ip && r_r4_ip="$(BenchExec_PharseJSON "$r_r4" ".ip")" local r_r4_country_name && r_r4_country_name="$(BenchExec_PharseJSON "$r_r4" ".country_name")" local r_r4_region && r_r4_region="$(BenchExec_PharseJSON "$r_r4" ".region")" local r_r4_city && r_r4_city="$(BenchExec_PharseJSON "$r_r4" ".city")" local r_r4_country_code && r_r4_country_code="$(BenchExec_PharseJSON "$r_r4" ".country_code")" local r_r4_asn && r_r4_asn="$(BenchExec_PharseJSON "$r_r4" ".asn")" local r_r4_org && r_r4_org="$(BenchExec_PharseJSON "$r_r4" ".org")" Result_Networkinfo_IP4="$r_r4_ip" Result_Networkinfo_GeoLocation4="$r_r4_country_name $r_r4_region $r_r4_city" Result_Networkinfo_CountryCode4="$r_r4_country_code" Result_Networkinfo_NetworkOwner4="$r_r4_asn - $r_r4_org" fi if [ "$r_ntype" = "ipv6" ] || [ "$r_ntype" = "dualstack" ]; then local r_r6_ip && r_r6_ip="$(BenchExec_PharseJSON "$r_r6" ".ip")" local r_r6_country_name && r_r6_country_name="$(BenchExec_PharseJSON "$r_r6" ".country_name")" local r_r6_region && r_r6_region="$(BenchExec_PharseJSON "$r_r6" ".region")" local r_r6_city && r_r6_city="$(BenchExec_PharseJSON "$r_r6" ".city")" local r_r6_country_code && r_r6_country_code="$(BenchExec_PharseJSON "$r_r6" ".country_code")" local r_r6_asn && r_r6_asn="$(BenchExec_PharseJSON "$r_r6" ".asn")" local r_r6_org && r_r6_org="$(BenchExec_PharseJSON "$r_r6" ".org")" Result_Networkinfo_IP6="$r_r6_ip" Result_Networkinfo_GeoLocation6="$r_r6_country_name $r_r6_region $r_r6_city" Result_Networkinfo_CountryCode6="$r_r6_country_code" Result_Networkinfo_NetworkOwner6="$r_r6_asn - $r_r6_org" fi } # # =========================================================================== # # -> 流媒体解锁测试模块 (DisplayOutput) - 输出解锁测试结果 function BenchFunc_StreamingServiceUnlockTest_RunTest() { echo -e "\n ${Font_Yellow}-> Streaming Service Unlock Test${Font_Suffix}" # echo -e "\n ${Font_Yellow}Netflix:${Font_Suffix}\t\t\t->\c" BenchAPI_StreamingServiceUnlockTest_Netflix echo -n -e "\r ${Font_Yellow}Netflix:${Font_Suffix}\t\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_Netflix${Font_Suffix}" # echo -e "\n ${Font_Yellow}HBO Now:${Font_Suffix}\t\t\t->\c" BenchAPI_StreamingServiceUnlockTest_HBONow echo -n -e "\r ${Font_Yellow}HBO Now:${Font_Suffix}\t\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_HBONow${Font_Suffix}" # echo -e "\n ${Font_Yellow}Youtube Premium:${Font_Suffix}\t\t->\c" BenchAPI_StreamingServiceUnlockTest_YoutubePremium echo -n -e "\r ${Font_Yellow}Youtube Premium:${Font_Suffix}\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_YoutubePremium${Font_Suffix}" # echo -e "\n ${Font_Yellow}Tiktok Region:${Font_Suffix}\t\t\t->\c" BenchAPI_StreamingServiceUnlockTest_TiktokRegion echo -n -e "\r ${Font_Yellow}Tiktok Region:${Font_Suffix}\t\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_TiktokRegion${Font_Suffix}" # echo -e "\n ${Font_Yellow}BBC iPlayer:${Font_Suffix}\t\t\t->\c" BenchAPI_StreamingServiceUnlockTest_BBCiPlayer echo -n -e "\r ${Font_Yellow}BBC iPlayer:${Font_Suffix}\t\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_BBCiPlayer${Font_Suffix}" # echo -e "\n ${Font_Yellow}NicoNico:${Font_Suffix}\t\t\t->\c" BenchAPI_StreamingServiceUnlockTest_NicoVideo echo -n -e "\r ${Font_Yellow}NicoNico:${Font_Suffix}\t\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_NicoVideo${Font_Suffix}" # echo -e "\n ${Font_Yellow}Princonne Re:dive Japan:${Font_Suffix}\t->\c" BenchAPI_StreamingServiceUnlockTest_PriconneRediveJP echo -n -e "\r ${Font_Yellow}Princonne Re:dive Japan:${Font_Suffix}\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_PriconneRediveJP${Font_Suffix}" # echo -e "\n ${Font_Yellow}Pretty Derby Japan:${Font_Suffix}\t\t->\c" BenchAPI_StreamingServiceUnlockTest_UmamusumeJP echo -n -e "\r ${Font_Yellow}Pretty Derby Japan:${Font_Suffix}\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_UmamusumeJP${Font_Suffix}" # echo -e "\n ${Font_Yellow}Kantai Collection Japan:${Font_Suffix}\t->\c" BenchAPI_StreamingServiceUnlockTest_KancolleJP echo -n -e "\r ${Font_Yellow}Kantai Collection Japan:${Font_Suffix}\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_KancolleJP${Font_Suffix}" # echo -e "\n ${Font_Yellow}Bahamut Anime:${Font_Suffix}\t\t\t->\c" BenchAPI_StreamingServiceUnlockTest_BahamutAnime echo -n -e "\r ${Font_Yellow}Bahamut Anime:${Font_Suffix}\t\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_BahamutAnime${Font_Suffix}" # echo -e "\n ${Font_Yellow}Bilibili (China Mainland):${Font_Suffix}\t->\c" BenchAPI_StreamingServiceUnlockTest_BilibiliChinaMainland echo -n -e "\r ${Font_Yellow}Bilibili (China Mainland):${Font_Suffix}\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_BilibiliChinaMainland${Font_Suffix}" # echo -e "\n ${Font_Yellow}Bilibili (China SAR&Taiwan):${Font_Suffix}\t->\c" BenchAPI_StreamingServiceUnlockTest_BilibiliChinaSARTaiwan echo -n -e "\r ${Font_Yellow}Bilibili (China SAR&Taiwan):${Font_Suffix}\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_BilibiliChinaSARTaiwan${Font_Suffix}" # echo -e "\n ${Font_Yellow}Bilibili (China Taiwan):${Font_Suffix}\t->\c" BenchAPI_StreamingServiceUnlockTest_BilibiliChinaTaiwan echo -n -e "\r ${Font_Yellow}Bilibili (China Taiwan):${Font_Suffix}\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_BilibiliChinaTaiwan${Font_Suffix}" # echo -e "\n ${Font_Yellow}Steam Price Currency:${Font_Suffix}\t\t->\c" BenchAPI_StreamingServiceUnlockTest_SteamPriceCurrency echo -n -e "\r ${Font_Yellow}Steam Price Currency:${Font_Suffix}\t\t${Font_SkyBlue}$Result_StreamingServiceUnlockTest_SteamPriceCurrency${Font_Suffix}" # echo -e "" } # # -> 流媒体解锁测试模块 (Collector) - Netflix function BenchAPI_StreamingServiceUnlockTest_Netflix() { local res1 && res1=$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" --write-out "%{http_code}" --output /dev/null "https://www.netflix.com/title/81215567" 2>&1) case "$res1" in 404) Result_StreamingServiceUnlockTest_Netflix="Netflix Only" return 0 ;; 200) local res2 && res2="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" --write-out "%{redirect_url}" --output /dev/null "https://www.netflix.com/title/80018499" | cut -d '/' -f4 | cut -d '-' -f1 | tr "[:lower:]" "[:upper:]")" [[ -z "$R_res2" ]] && Result_StreamingServiceUnlockTest_Netflix="Yes (GeoIP: US)" || Result_StreamingServiceUnlockTest_Netflix="Yes (GeoIP: $res2)" return 0 ;; 000) Result_StreamingServiceUnlockTest_Netflix="FAIL (Network Connection Error)" return 1 ;; *) Result_StreamingServiceUnlockTest_Netflix="FAIL (Unexpected Result)" return 1 ;; esac } # # -> 流媒体解锁测试模块 (Collector) - HBO Now function BenchAPI_StreamingServiceUnlockTest_HBONow() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" --write-out "%{url_effective}" --output /dev/null https://play.hbonow.com/ 2>&1)" case "$res1" in "https://play.hbonow.com") Result_StreamingServiceUnlockTest_HBONow="Yes" return 0 ;; "https://play.hbonow.com/") Result_StreamingServiceUnlockTest_HBONow="Yes" return 0 ;; "https://play.hbomax.com") Result_StreamingServiceUnlockTest_HBONow="Yes" return 0 ;; "https://play.hbomax.com/") Result_StreamingServiceUnlockTest_HBONow="Yes" return 0 ;; "http://hbogeo.cust.footprint.net/hbonow/geo.html") Result_StreamingServiceUnlockTest_HBONow="No" return 0 ;; "http://geocust.hbonow.com/hbonow/geo.html") Result_StreamingServiceUnlockTest_HBONow="No" return 0 ;; "curl"*) Result_StreamingServiceUnlockTest_HBONow="FAIL (Network Connection Error)" return 1 ;; *) Result_StreamingServiceUnlockTest_HBONow="FAIL (Unexpected Result)" return 1 ;; esac } # # -> 流媒体解锁测试模块 (Collector) - Youtube Premium function BenchAPI_StreamingServiceUnlockTest_YoutubePremium() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" https://www.youtube.com/red 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_YoutubePremium="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(echo "$res1" | grep -oP '(?<="countryCode":").*?(?=")')" if [ -n "$res2" ]; then Result_StreamingServiceUnlockTest_YoutubePremium="Yes (GeoIP: $res2)" return 0 fi local res3 && res3="$(echo "$res1" | grep -o "Premium is not available in your country")" if [ -n "$res3" ]; then Result_StreamingServiceUnlockTest_YoutubePremium="No" return 0 fi Result_StreamingServiceUnlockTest_YoutubePremium="FAIL (Unexpected Result)" return 1 } # # -> 流媒体解锁测试模块 (Collector) - Tiktok Region function BenchAPI_StreamingServiceUnlockTest_TiktokRegion() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" https://www.tiktok.com/ 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_TiktokRegion="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(echo "$res1" | grep -oP '(?<="\$region":").*?(?=")' | head -1)" if [ -n "$res2" ]; then Result_StreamingServiceUnlockTest_TiktokRegion="Yes" return 0 else Result_StreamingServiceUnlockTest_TiktokRegion="No" return 0 fi } # # -> 流媒体解锁测试模块 (Collector) - BBC iPlayer function BenchAPI_StreamingServiceUnlockTest_BBCiPlayer() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" https://open.live.bbc.co.uk/mediaselector/6/select/version/2.0/mediaset/pc/vpid/bbc_one_london/format/json/jsfunc/JS_callbacks0 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_BBCiPlayer="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(echo "$res2" | grep -o "geolocation")" if [ "$res2" = "geolocation" ]; then Result_StreamingServiceUnlockTest_BBCiPlayer="No" return 0 else Result_StreamingServiceUnlockTest_BBCiPlayer="Yes" return 0 fi } # # -> 流媒体解锁测试模块 (Collector) - NicoNico function BenchAPI_StreamingServiceUnlockTest_NicoVideo() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" https://www.nicovideo.jp/watch/so23017073 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_NicoVideo="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(echo "$res1" | grep -oP "(?<=

).*(?=

)")" if [ "$res2" = "この動画は投稿( アップロード )された地域と同じ地域からのみ視聴できます。" ]; then Result_StreamingServiceUnlockTest_NicoVideo="No" return 0 else Result_StreamingServiceUnlockTest_NicoVideo="Yes" return 0 fi } # # -> 流媒体解锁测试模块 (Collector) - Princess Connect Re:Dive (JPN Server) function BenchAPI_StreamingServiceUnlockTest_PriconneRediveJP() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_UnityPlayer" --max-time "$GlobalVar_CurlMaxTime" --write-out "%{http_code}" --output /dev/null https://api-priconne-redive.cygames.jp/)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_PriconneRediveJP="FAIL (Network Connection Error)" return 1 fi case "$res1" in 404) Result_StreamingServiceUnlockTest_PriconneRediveJP="Yes" return 0 ;; 403) Result_StreamingServiceUnlockTest_PriconneRediveJP="No" return 0 ;; 000) Result_StreamingServiceUnlockTest_PriconneRediveJP="FAIL (Network Connection Error)" return 1 ;; *) Result_StreamingServiceUnlockTest_PriconneRediveJP="FAIL (Unknown Result)" return 1 ;; esac } # # -> 流媒体解锁测试模块 (Collector) - Pretty Derby (JPN Server) function BenchAPI_StreamingServiceUnlockTest_UmamusumeJP() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_UnityPlayer" --max-time "$GlobalVar_CurlMaxTime" --write-out "%{http_code}" --output /dev/null https://api-umamusume.cygames.jp/)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_UmamusumeJP="FAIL (Network Connection Error)" return 1 fi case "$res1" in 404) local f1 && f1="1" ;; 403) local f1 && f1="0" ;; *) Result_StreamingServiceUnlockTest_UmamusumeJP="FAIL (Unexpected Result)" return 1 ;; esac local res2 && res2="$(curl -fsL --user-agent "${GlobalVar_UA_UnityPlayer}" --max-time 10 --write-out "%{http_code}" --output /dev/null https://api-umamusume.cygames.jp/umamusume/tool/pre_signup)" if [[ "$res2" == "curl"* ]]; then Result_StreamingServiceUnlockTest_UmamusumeJP="FAIL (Network Connection Error)" return 1 fi case "$res2" in 500) local f2 && f2="1" ;; 403) local f2 && f2="1" ;; *) Result_StreamingServiceUnlockTest_UmamusumeJP="FAIL (Unexpected Result)" return 1 ;; esac if [ "$f1" = "1" ] && [ "$f2" = "1" ]; then Result_StreamingServiceUnlockTest_UmamusumeJP="Yes" return 0 elif [ "$f1" = "1" ] && [ "$f2" = "0" ]; then Result_StreamingServiceUnlockTest_UmamusumeJP="Game Only (Cannot Register)" return 0 else Result_StreamingServiceUnlockTest_UmamusumeJP="No" return 0 fi } # # -> 流媒体解锁测试模块 (Collector) - Kantai Collection (JPN Server) function BenchAPI_StreamingServiceUnlockTest_KancolleJP() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" --write-out "%{http_code}" --output /dev/null http://203.104.209.7/kcscontents/)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_KancolleJP="FAIL (Network Connection Error)" return 1 fi case $res1 in 200) Result_StreamingServiceUnlockTest_KancolleJP="Yes" return 0 ;; 403) Result_StreamingServiceUnlockTest_KancolleJP="No" return 0 ;; 000) Result_StreamingServiceUnlockTest_KancolleJP="FAIL (Network Connection Error)" return 1 ;; *) Result_StreamingServiceUnlockTest_KancolleJP="FAIL (Unexpected Result)" return 1 ;; esac } # # -> 流媒体解锁测试模块 (Collector) - 巴哈姆特動畫瘋 function BenchAPI_StreamingServiceUnlockTest_BahamutAnime() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" 'https://ani.gamer.com.tw/ajax/token.php?adID=89422&sn=14667' 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_BahamutAnime="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(BenchExec_PharseJSON "$res1" "error.code")" if [ "$res2" = "1011" ]; then Result_StreamingServiceUnlockTest_BahamutAnime="No" return 0 fi local res3 && res3="$(BenchExec_PharseJSON "$res1" "animeSn")" if [ -n "$res3" ]; then Result_StreamingServiceUnlockTest_BahamutAnime="Yes" return 0 else Result_StreamingServiceUnlockTest_BahamutAnime="No" return 0 fi } # # -> 流媒体解锁测试模块 (Collector) - 哔哩哔哩中国大陆地区限定 function BenchAPI_StreamingServiceUnlockTest_BilibiliChinaMainland() { local r_session && r_session="$(head -n 32 /dev/urandom | md5sum | head -c 32)" local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" "https://api.bilibili.com/pgc/player/web/playurl?avid=82846771&qn=0&type=&otype=json&ep_id=307247&fourk=1&fnver=0&fnval=16&session=$r_session&module=bangumi" 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_BilibiliChinaMainland="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(BenchExec_PharseJSON "$res1" ".code")" case $res2 in 0) Result_StreamingServiceUnlockTest_BilibiliChinaMainland="Yes" return 0 ;; -10403) Result_StreamingServiceUnlockTest_BilibiliChinaMainland="No" return 0 ;; *) Result_StreamingServiceUnlockTest_BilibiliChinaMainland="FAIL (Unexpected Result)" return 1 ;; esac } # -> 流媒体解锁测试模块 (Collector) - 哔哩哔哩中国港澳台地区限定 function BenchAPI_StreamingServiceUnlockTest_BilibiliChinaSARTaiwan() { local r_session && r_session="$(head -n 32 /dev/urandom | md5sum | head -c 32)" local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" "https://api.bilibili.com/pgc/player/web/playurl?avid=18281381&cid=29892777&qn=0&type=&otype=json&ep_id=183799&fourk=1&fnver=0&fnval=16&session=$r_session&module=bangumi" 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_BilibiliChinaSARTaiwan="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(BenchExec_PharseJSON "$res1" ".code")" case $res2 in 0) Result_StreamingServiceUnlockTest_BilibiliChinaSARTaiwan="Yes" return 0 ;; -10403) Result_StreamingServiceUnlockTest_BilibiliChinaSARTaiwan="No" return 0 ;; *) Result_StreamingServiceUnlockTest_BilibiliChinaSARTaiwan="FAIL (Unexpected Result)" return 1 ;; esac } # -> 流媒体解锁测试模块 (Collector) - 哔哩哔哩中国台湾地区限定 function BenchAPI_StreamingServiceUnlockTest_BilibiliChinaTaiwan() { local r_session && r_session="$(head -n 32 /dev/urandom | md5sum | head -c 32)" local res1 && res1="$(curl -fsL --user-agent "${GlobalVar_UA_WebBrowser}" --max-time "$GlobalVar_CurlMaxTime" "https://api.bilibili.com/pgc/player/web/playurl?avid=50762638&cid=100279344&qn=0&type=&otype=json&ep_id=268176&fourk=1&fnver=0&fnval=16&session=$r_session&module=bangumi" 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_BilibiliChinaTaiwan="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(BenchExec_PharseJSON "$res1" ".code")" case $res2 in 0) Result_StreamingServiceUnlockTest_BilibiliChinaTaiwan="Yes" return 0 ;; -10403) Result_StreamingServiceUnlockTest_BilibiliChinaTaiwan="No" return 0 ;; *) Result_StreamingServiceUnlockTest_BilibiliChinaTaiwan="FAIL (Unexpected Result)" return 1 ;; esac } # -> 流媒体解锁测试模块 (Collector) - Steam Price Currency function BenchAPI_StreamingServiceUnlockTest_SteamPriceCurrency() { local res1 && res1="$(curl -fsL --user-agent "$GlobalVar_UA_WebBrowser" --max-time "$GlobalVar_CurlMaxTime" https://store.steampowered.com/app/20 2>&1)" if [[ "$res1" == "curl"* ]]; then Result_StreamingServiceUnlockTest_SteamPriceCurrency="FAIL (Network Connection Error)" return 1 fi local res2 && res2="$(echo "$res1" | grep 'priceCurrency' | grep -oP '(?<=content\=").*?(?=")')" if [ -n "$res2" ]; then Result_StreamingServiceUnlockTest_SteamPriceCurrency="$res2" return 0 fi Result_StreamingServiceUnlockTest_SteamPriceCurrency="FAIL (Unexpected Result)" return 1 } # =========================================================================== # -> CPU 性能测试模块 (Entrypoint) -> 执行 (快速模式) function BenchFunc_PerformanceTest_CPU_RunTest_Fast() { BenchAPI_PerformanceTest_CPU "fast" "5" "1" } # -> CPU 性能测试模块 (Entrypoint) -> 执行 (完整模式) function BenchFunc_PerformanceTest_CPU_RunTest_Full() { BenchAPI_PerformanceTest_CPU "full" "30" "3" } # -> CPU 性能测试模块 (Executor) -> 执行核心代码 function BenchExec_Sysbench_CPU() { local cc && cc="1" # Count Current local ct && ct="$3" # Count Total local sc && sc="0" # Score Current local st && st="0" # Score Total while [ "$cc" -le "$ct" ]; do local rr && rr="$(sysbench --num-threads="$1" --cpu-max-prime=10000 --events=1000000 --time="$2" cpu run 2>&1)" local sc && sc="$(echo "$rr" | grep "events per second:" | grep -oE "[0-9]+\.[0-9]+")" local st && st="$(echo "$st $sc" | awk '{printf "%.2f",$1+$2}')" ((cc = cc + 1)) rr="" sc="0" done local sa && sa="$(echo "$st $ct" | awk '{printf "%.2f",$1/$2}')" # Score Average (=Final Score) echo -n "$sa" sleep 1 return 0 } # -> CPU 性能测试模块 (Collector) -> 运行测试 function BenchAPI_PerformanceTest_CPU() { if [ "$1" = "fast" ]; then echo -e "\n ${Font_Yellow}-> CPU Performance Test (Fast mode, $3-Pass @ $2sec)${Font_Suffix}\n" Result_PerformanceTest_CPU_BenchTitle=" -> CPU Performance Test (Fast mode, $3-Pass @ $2sec)" elif [ "$1" = "full" ]; then echo -e "\n ${Font_Yellow}-> CPU Performance Test (Full mode, $3-Pass @ $2sec)${Font_Suffix}\n" Result_PerformanceTest_CPU_BenchTitle=" -> CPU Performance Test (Full mode, $3-Pass @ $2sec)" else echo -e "${Msg_Error} BenchAPI_PerformanceTest_CPU(): invalid params ($1), please check parameter!" exit 1 fi echo -e " ${Font_Yellow}1 Thread(s) Test:${Font_Suffix}\t\t->\c" local res1 && res1="$(BenchExec_Sysbench_CPU 1 "$2" "$3")" echo -n -e "\r ${Font_Yellow}1 Thread(s) Test:${Font_Suffix}\t\t${Font_SkyBlue}$res1 Scores (1.00x)${Font_Suffix}\n" Result_PerformanceTest_CPU_SingleCore=" 1 Thread(s) Test:\t\t$res1 Scores (1.00x)" # if [ "$Result_Systeminfo_CPUCores" -ge "2" ]; then local v2 && v2="$Result_Systeminfo_CPUCores" echo -e " ${Font_Yellow}$v2 Thread(s) Test:${Font_Suffix}\t\t->\c" local res2 && res2="$(BenchExec_Sysbench_CPU "$v2" "$2" "$3")" local m2 && m2="$(echo "$res2" "$res1" | awk '{printf "%.2f",$1/$2}')" echo -n -e "\r ${Font_Yellow}$v2 Thread(s) Test:${Font_Suffix}\t\t${Font_SkyBlue}$res2 Scores (${m2}x)${Font_Suffix}\n" Result_PerformanceTest_CPU_MultiCore=" $v2 Thread(s) Test:\t\t$res2 Scores (${m2}x)" fi if [ "$Result_Systeminfo_CPUCores" != "$Result_Systeminfo_CPUThreads" ]; then local v3 && v3="$Result_Systeminfo_CPUThreads" echo -e " ${Font_Yellow}$v3 Thread(s) Test:${Font_Suffix}\t\t->\c" local res3 && res3="$(BenchExec_Sysbench_CPU "$v3" "$2" "$3")" local m3 && m3="$(echo "$res3" "$res1" | awk '{printf "%.2f",$1/$2}')" echo -n -e "\r ${Font_Yellow}$v3 Thread(s) Test:${Font_Suffix}\t\t${Font_SkyBlue}$res3 Scores (${m3}x)${Font_Suffix}\n" Result_PerformanceTest_CPU_MultiCoreHT=" $v3 Thread(s) Test:\t\t$res3 Scores (${m3}x)" fi } # =========================================================================== # -> 磁盘性能测试模块 (Entrypoint) -> 执行 function BenchFunc_PerformanceTest_Disk_RunTest() { BenchFunc_PerformanceTest_Disk_RunTest_FIO } # -> 磁盘性能测试 (Executor) -> 执行核心代码 function BenchExec_FIO() { if [ "$1" == "read" ] || [ "$1" == "randread" ]; then local rr && rr="$("${GlobalVar_BaseDir}"/bin/fio -ioengine=libaio -rw="$1" -bs="$2" -size="$3" -direct=1 -iodepth="$4" -runtime="$5" -name="$6" --minimal)" local rra && rra=(${rr//;/ }) # Result Array local rss && rss="${rra[6]}" # Result Score Speed (KB/s) local rsi && rsi="${rra[7]}" # Result Score IOPS elif [ "$1" == "write" ] || [ "$1" == "randwrite" ]; then local rr && rr="$("${GlobalVar_BaseDir}"/bin/fio -ioengine=libaio -rw="$1" -bs="$2" -size="$3" -direct=1 -iodepth="$4" -runtime="$5" -name="$6" --minimal)" local rra && rra=(${rr//;/ }) # Result Array local rss && rss="${rra[47]}" # Result Score Speed (KB/s) local rsi && rsi="${rra[48]}" # Result Score IOPS else echo -e "${Msg_Error} BenchExec_FIO(): invalid params ($1), please check parameter!" exit 1 fi # if [ "$rss" -ge "1073741824" ]; then # 结果 TB/s # local rs && rs="$(echo "$rss" | awk '{printf "%.2f\n",$1/1073741824}')" # local r && r="$rs TB/s ($rsi IOPS)" # elif [ "$rss" -ge "1048576" ]; then # 结果 GB/s # local rs && rs="$(echo "$rss" | awk '{printf "%.2f\n",$1/1048576}')" # local r && r="$rs GB/s ($rsi IOPS)" if [ "$rss" -ge "1024" ]; then # 结果 MB/s local rs && rs="$(echo "$rss" | awk '{printf "%.2f\n",$1/1024}')" local r && r="$rs MB/s ($rsi IOPS)" else # 结果 KB/s local r && r="$rss KB/s ($rsi IOPS)" fi echo -n "$r" rm -f "$6.0.0" } # -> 磁盘性能测试 (Collector) -> 运行测试 function BenchFunc_PerformanceTest_Disk_RunTest_FIO() { echo -e "\n ${Font_Yellow}-> Disk Performance Test (Using FIO, Direct mode, 32 IO-Depth)${Font_Suffix}\n" # mkdir -p "${GlobalVar_BaseDir}/tmp" >/dev/null 2>&1 echo -n -e " ${Font_Yellow}Write Test (4K-Block):${Font_Suffix}\t\t->\c" local rw4 && rw4="$(BenchExec_FIO "randwrite" "4k" "50m" "32" "60" "${GlobalVar_BaseDir}/tmp/TestFile.bin")" echo -n -e "\r ${Font_Yellow}Write Test (4K-Block):${Font_Suffix}\t\t${Font_SkyBlue}$rw4${Font_Suffix}\n" Result_PerformanceTest_Disk_4KRandWrite=" Write Test (4K-Block):\t\t$rw4" # echo -n -e " ${Font_Yellow}Read Test (4K-Block):${Font_Suffix}\t\t->\c" local rr4 && rr4="$(BenchExec_FIO "randread" "4k" "50m" "32" "60" "${GlobalVar_BaseDir}/tmp/TestFile.bin")" echo -n -e "\r ${Font_Yellow}Read Test (4K-Block):${Font_Suffix}\t\t${Font_SkyBlue}$rr4${Font_Suffix}\n" Result_PerformanceTest_Disk_4KRandRead=" Read Test (4K-Block):\t\t$rr4" # echo -n -e " ${Font_Yellow}Write Test (128K-Block):${Font_Suffix}\t->\c" local rw128 && rw128="$(BenchExec_FIO "randwrite" "128k" "100m" "32" "60" "${GlobalVar_BaseDir}/tmp/TestFile.bin")" echo -n -e "\r ${Font_Yellow}Write Test (128K-Block):${Font_Suffix}\t${Font_SkyBlue}$rw128${Font_Suffix}\n" Result_PerformanceTest_Disk_128KRandWrite=" Write Test (128K-Block):\t$rw128" # echo -n -e " ${Font_Yellow}Read Test (128K-Block):${Font_Suffix}\t->\c" local rr128 && rr128="$(BenchExec_FIO "randread" "128k" "100m" "32" "60" "${GlobalVar_BaseDir}/tmp/TestFile.bin")" echo -n -e "\r ${Font_Yellow}Read Test (128K-Block):${Font_Suffix}\t${Font_SkyBlue}$rr128${Font_Suffix}\n" Result_PerformanceTest_Disk_128KRandRead=" Read Test (128K-Block):\t$rr128" } # =========================================================================== # -> 网络速度测试 (Executor) -> 执行核心代码 function BenchExec_NetworkSpeedTest() { # 根据传参, 确认测试目标类型 (default=默认最近测试点 id=根据Speedtest ServerID host=根据Speedtest FQDN) if [ "$1" = "default" ]; then local res && res="$("${GlobalVar_BaseDir}"/bin/speedtest --accept-license --accept-gdpr --format=json --unit=Mbps --progress=no 2>/dev/null)" local ret && ret="$?" elif [ "$1" = "id" ]; then local res && res="$("${GlobalVar_BaseDir}"/bin/speedtest --server-id="$2" --accept-license --accept-gdpr --format=json --unit=Mbps --progress=no 2>/dev/null)" local ret && ret="$?" elif [ "$1" = "host" ]; then local res && res="$("${GlobalVar_BaseDir}"/bin/speedtest --host="$2" --accept-license --accept-gdpr --format=json --unit=Mbps --progress=no 2>/dev/null)" local ret && ret="$?" else echo -n "FAIL (Invalid Parameter)" return 1 fi # 异常处理 if [ "$ret" = "2" ]; then local res_lv && res_lv="$(BenchExec_PharseJSON "$res" "level")" local res_msg && res_msg="$(BenchExec_PharseJSON "$res" "message")" if [ "$res_lv" = "error" ] && [ "$res_msg" = "Configuration - No servers defined (NoServersException)" ]; then echo -e -n "FAIL: Server Offline (NoServersException)" return 1 else echo -e -n "FAIL: $res" return 1 fi # 结果处理 elif [ "$ret" = "0" ] || [ "$ret" = "1" ]; then local res_pl && res_pl="$(BenchExec_PharseJSON "$res" ".ping.latency" | awk '{printf "%.2f", $1}')" local res_db && res_db="$(BenchExec_PharseJSON "$res" ".download.bandwidth" | awk '{printf "%.2f", $1/1024/1024*8}')" local res_ub && res_ub="$(BenchExec_PharseJSON "$res" ".upload.bandwidth" | awk '{printf "%.2f", $1/1024/1024*8}')" local res_sn && res_sn="$(BenchExec_PharseJSON "$res" ".server.name")" local res_sc && res_sc="$(BenchExec_PharseJSON "$res" ".server.country")" local res_sl && res_sl="$(BenchExec_PharseJSON "$res" ".server.location")" if [ "$res_pl" != "" ] && [ "$res_db" != "" ] && [ "$res_ub" != "" ]; then echo -e -n "$res_db Mbps\t$res_ub Mbps\t$res_pl ms\t$res_sn, $res_sc $res_sl" return 0 elif [ "$res_pl" = "null" ] && [ "$res_db" = "null" ] && [ "$res_ub" = "null" ]; then echo -e -n "FAIL: Connection Problem" return 1 else echo -e -n "FAIL: $res" return 1 fi else echo -e -n "FAIL: $res" fi } # # -> 网络速度测试 (Collector) -> 运行测试 function BenchFunc_Speedtest_Fast_Pretty() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/speedtest.restmp" echo -e "\n ${Font_Yellow}-> Network Speedtest Test (Using Ookla Speedtest, Fast Test Mode)${Font_Suffix}\n" echo -e "\n -> Network Speedtest Test (Using Ookla Speedtest, Fast Test Mode)\n" >"$v_resfile" echo -e " ${Font_Yellow}Node Name\t\t\tDownload Speed\tUpload Speed\tPing Latency\tServer Name${Font_Suffix}" echo -e " Node Name\t\t\tDownload Speed\tUpload Speed\tPing Latency\tServer Name" >>"$v_resfile" # echo -n -e " ${Font_Yellow}Speedtest Default:${Font_Suffix}\t\t->\c" local res_default && res_default="$(BenchExec_NetworkSpeedTest "default" "default")" echo -n -e "\r ${Font_Yellow}Speedtest Default:${Font_Suffix}\t\t${Font_SkyBlue}${res_default}${Font_Suffix}\n" echo -e " Speedtest Default:\t\t${res_default}" >>"$v_resfile" # echo -n -e " ${Font_Yellow}China Unicom Shanghai:${Font_Suffix}\t\t->\c" local res_cush && res_cush="$(BenchExec_NetworkSpeedTest "host" "5g.shunicomtest.com")" echo -n -e "\r ${Font_Yellow}China Unicom Shanghai:${Font_Suffix}\t\t${Font_SkyBlue}${res_cush}${Font_Suffix}\n" echo -e " China Unicom Shanghai:\t\t${res_cush}" >>"$v_resfile" # echo -n -e " ${Font_Yellow}China Telecom Shanghai:${Font_Suffix}\t->\c" local res_ctsh && res_ctsh="$(BenchExec_NetworkSpeedTest "host" "speedtest1.online.sh.cn")" echo -n -e "\r ${Font_Yellow}China Telecom Shanghai:${Font_Suffix}\t${Font_SkyBlue}${res_ctsh}${Font_Suffix}\n" echo -e " China Telecom Shanghai:\t${res_ctsh}" >>"$v_resfile" # echo -n -e " ${Font_Yellow}China Mobile Sichuan:${Font_Suffix}\t\t->\c" local res_chinamobile && res_chinamobile="$(BenchExec_NetworkSpeedTest "host" "speedtest1.sc.chinamobile.com")" echo -n -e "\r ${Font_Yellow}China Mobile Sichuan:${Font_Suffix}\t\t${Font_SkyBlue}${res_chinamobile}${Font_Suffix}\n" echo -e " China Mobile Sichuan:\t\t${res_chinamobile}" >>"$v_resfile" return 0 } function BenchFunc_Speedtest_Full_Pretty() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/speedtest.restmp" echo -e "\n ${Font_Yellow}-> Network Speedtest Test (Using Ookla Speedtest, Full Test Mode)${Font_Suffix}\n" echo -e "\n -> Network Speedtest Test (Using Ookla Speedtest, Full Test Mode)\n" >"$v_resfile" echo -e " ${Font_Yellow}Node Name\t\t\tDownload Speed\tUpload Speed\tPing Latency\tServer Name${Font_Suffix}" echo -e " Node Name\t\t\tDownload Speed\tUpload Speed\tPing Latency\tServer Name" >>"$v_resfile" # echo -n -e " ${Font_Yellow}Speedtest Default:${Font_Suffix}\t\t->\c" local res_default && res_default="$(BenchExec_NetworkSpeedTest "default" "default")" echo -n -e "\r ${Font_Yellow}Speedtest Default:${Font_Suffix}\t\t${Font_SkyBlue}${res_default}${Font_Suffix}\n" echo -e " Speedtest Default:\t\t${res_default}" >>"$v_resfile" # echo -n -e " ${Font_Yellow}China Unicom Shanghai:${Font_Suffix}\t\t->\c" local res_cush && res_cush="$(BenchExec_NetworkSpeedTest "host" "5g.shunicomtest.com")" echo -n -e "\r ${Font_Yellow}China Unicom Shanghai:${Font_Suffix}\t\t${Font_SkyBlue}${res_cush}${Font_Suffix}\n" echo -e " China Unicom Shanghai:\t\t${res_cush}" >>"$v_resfile" # echo -n -e " ${Font_Yellow}China Telecom Shanghai:${Font_Suffix}\t->\c" local res_ctsh && res_ctsh="$(BenchExec_NetworkSpeedTest "host" "speedtest1.online.sh.cn")" echo -n -e "\r ${Font_Yellow}China Telecom Shanghai:${Font_Suffix}\t${Font_SkyBlue}${res_ctsh}${Font_Suffix}\n" echo -e " China Telecom Shanghai:\t${res_ctsh}" >>"$v_resfile" # echo -n -e " ${Font_Yellow}China Mobile Sichuan:${Font_Suffix}\t\t->\c" local res_chinamobile && res_chinamobile="$(BenchExec_NetworkSpeedTest "host" "speedtest1.sc.chinamobile.com")" echo -n -e "\r ${Font_Yellow}China Mobile Sichuan:${Font_Suffix}\t\t${Font_SkyBlue}${res_chinamobile}${Font_Suffix}\n" echo -e " China Mobile Sichuan:\t\t${res_chinamobile}" >>"$v_resfile" return 0 } # # =========================================================================== # -> 路由追踪测试 (Executor) # $1=目标IP $2=协议类型(icmp/tcp/udp) $3=最大跃点数 $4=目标名称 function BenchExec_Traceroute_Core() { "${GlobalVar_BaseDir}"/bin/nexttrace -q 1 -m "$3" -n -g en -c -M "$1" } # -> 路由追踪测试 (Collector) function BenchAPI_Traceroute_Pretty() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/traceroute.restmp" if [ "$2" = "icmp" ] || [ "$2" = "ICMP" ]; then echo -e "${Font_Yellow} [+] Traceroute to ${Font_Suffix}${Font_SkyBlue}$4${Font_Suffix}${Font_Yellow} (${Font_Suffix}${Font_SkyBlue}ICMP${Font_Suffix} ${Font_Yellow}Mode, Max${Font_Suffix} ${Font_SkyBlue}$3${Font_Suffix} ${Font_Yellow}Hops)${Font_Suffix}\n" echo -e "[+] Traceroute to $4(ICMP Mode, Max $3 Hops)" >>"$v_resfile" BenchExec_Traceroute_Core "$1" "icmp" "$3" | tee -a "$v_resfile" elif [ "$2" = "tcp" ] || [ "$2" = "TCP" ]; then echo -e "${Font_Yellow} [+] Traceroute to ${Font_Suffix}${Font_SkyBlue}$4${Font_Suffix}${Font_Yellow} (${Font_Suffix}${Font_SkyBlue}TCP${Font_Suffix} ${Font_Yellow}Mode, Max${Font_Suffix} ${Font_SkyBlue}$3${Font_Suffix} ${Font_Yellow}Hops)${Font_Suffix}\n" echo -e " [+] Traceroute to $4(TCP Mode, Max $3 Hops)" >>"$v_resfile" BenchExec_Traceroute_Core "$1" "tcp" "$3" | tee -a "$v_resfile" elif [ "$2" = "udp" ] || [ "$2" = "UDP" ]; then echo -e "${Font_Yellow} [+] Traceroute to ${Font_Suffix}${Font_SkyBlue}$4${Font_Suffix}${Font_Yellow} (${Font_Suffix}${Font_SkyBlue}UDP${Font_Suffix} ${Font_Yellow}Mode, Max${Font_Suffix} ${Font_SkyBlue}$3${Font_Suffix} ${Font_Yellow}Hops)${Font_Suffix}\n" echo -e " [+] Traceroute to $4(UDP Mode, Max $3 Hops)" >>"$v_resfile" BenchExec_Traceroute_Core "$1" "udp" "$3" | tee -a "$v_resfile" else echo -e "${Font_Yellow} [+] Traceroute to ${Font_Suffix}${Font_SkyBlue}$4${Font_Suffix}${Font_Yellow} (${Font_Suffix}${Font_SkyBlue}ICMP${Font_Suffix} ${Font_Yellow}Mode, Max${Font_Suffix} ${Font_SkyBlue}$3${Font_Suffix} ${Font_Yellow}Hops)${Font_Suffix}\n" echo -e " [+] Traceroute to $4(ICMP Mode, Max $3 Hops)" >>"$v_resfile" BenchExec_Traceroute_Core "$1" "icmp" "$3" | tee -a "$v_resfile" fi echo -e "" | tee -a "$v_resfile" return 0 } # -> 路由追踪测试 (Entrypoint) function BenchFunc_Traceroute_Fast_Pretty() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/traceroute.restmp" echo -e "\n ${Font_Yellow}-> Traceroute Test (Fast Mode)${Font_Suffix}\n" echo -e "\n -> Traceroute Test (Fast Mode)\n" >"$v_resfile" if [ "$Result_Networkinfo_NetworkType" = "ipv4" ] || [ "$Result_Networkinfo_NetworkType" = "dualstack" ]; then BenchAPI_Traceroute_Pretty "113.209.132.146" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "45.126.112.33" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "183.242.65.12" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "103.116.79.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "210.5.157.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "117.144.213.77" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "210.21.4.130" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Guangzhou, IPv4)" BenchAPI_Traceroute_Pretty "113.108.209.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Guangzhou, IPv4)" BenchAPI_Traceroute_Pretty "183.232.48.167" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Guangzhou, IPv4)" BenchAPI_Traceroute_Pretty "210.13.66.238" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom CUII/AS9929 (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "58.32.0.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom CN2/AS4812 (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "14.131.128.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Dr.Peng HomeNetwork (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "211.167.230.100" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Dr.Peng BizNetwork (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "101.6.6.6" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China CERNET (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "159.226.254.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China CSTNET (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "211.156.140.17" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China RTVB (Beijing, IPv4)" fi # IPv6 if [ "$Result_Networkinfo_NetworkType" = "ipv6" ] || [ "$Result_Networkinfo_NetworkType" = "dualstack" ]; then BenchAPI_Traceroute_Pretty "2408:80f0:4100:2005::3" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2400:da00:2::29" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2409:8089:1020:50ff:1000::fd01" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2408:8000:9000:20e6::b7" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Shanghai, IPv6)" BenchAPI_Traceroute_Pretty "240e:18:10:a01::1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Shanghai, IPv6)" BenchAPI_Traceroute_Pretty "2409:801e:5c03:2000::207" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Shanghai, IPv6)" BenchAPI_Traceroute_Pretty "2408:8001:3011:310::3" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Guangzhou, IPv6)" BenchAPI_Traceroute_Pretty "240e:ff:e02c:1:21::" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Guangzhou, IPv6)" BenchAPI_Traceroute_Pretty "2409:8057:5c00:30::6" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Guangzhou, IPv6)" BenchAPI_Traceroute_Pretty "2001:da8:a0:1001::1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China CERNET2 (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2400:dd00:0:37::213" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China CSTNET (Beijing, IPv6)" fi } # -> 路由追踪测试 (Executor) function BenchFunc_Traceroute_Full_Pretty() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/traceroute.restmp" echo -e "\n ${Font_Yellow}-> Traceroute Test (Fast Mode)${Font_Suffix}\n" echo -e "\n -> Traceroute Test (Fast Mode)\n" >"$v_resfile" if [ "$Result_Networkinfo_NetworkType" = "ipv4" ] || [ "$Result_Networkinfo_NetworkType" = "dualstack" ]; then BenchAPI_Traceroute_Pretty "113.209.132.146" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "45.126.112.33" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "183.242.65.12" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "103.116.79.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "210.5.157.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "117.144.213.77" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "210.21.4.130" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Guangzhou, IPv4)" BenchAPI_Traceroute_Pretty "113.108.209.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Guangzhou, IPv4)" BenchAPI_Traceroute_Pretty "183.232.48.167" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Guangzhou, IPv4)" BenchAPI_Traceroute_Pretty "210.13.66.238" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom CUII/AS9929 (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "58.32.0.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom CN2/AS4812 (Shanghai, IPv4)" BenchAPI_Traceroute_Pretty "14.131.128.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Dr.Peng HomeNetwork (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "211.167.230.100" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Dr.Peng BizNetwork (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "101.6.6.6" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China CERNET (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "159.226.254.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China CSTNET (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "211.156.140.17" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China RTVB (Beijing, IPv4)" BenchAPI_Traceroute_Pretty "203.160.95.218" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港联通" BenchAPI_Traceroute_Pretty "203.215.232.173" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港电信" BenchAPI_Traceroute_Pretty "203.8.25.187" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港电信CN2" BenchAPI_Traceroute_Pretty "203.142.105.9" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港移动" BenchAPI_Traceroute_Pretty "218.188.104.30" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港HGC" BenchAPI_Traceroute_Pretty "210.6.23.239" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港HKBN" BenchAPI_Traceroute_Pretty "202.85.125.60" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港PCCW" BenchAPI_Traceroute_Pretty "202.123.76.239" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港TGT" BenchAPI_Traceroute_Pretty "59.152.252.242" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港WTT" BenchAPI_Traceroute_Pretty "203.215.233.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "新加坡-中国电信" BenchAPI_Traceroute_Pretty "183.91.61.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "新加坡-中国电信CN2" BenchAPI_Traceroute_Pretty "118.201.1.11" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "新加坡-Singtel" BenchAPI_Traceroute_Pretty "203.116.46.33" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "新加坡-StarHub" BenchAPI_Traceroute_Pretty "118.189.184.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "新加坡-M1" BenchAPI_Traceroute_Pretty "118.189.38.17" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "新加坡-M1 GamePro" BenchAPI_Traceroute_Pretty "13.228.0.251" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "新加坡-AWS" BenchAPI_Traceroute_Pretty "61.213.155.84" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "日本-NTT" BenchAPI_Traceroute_Pretty "202.232.15.70" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "日本-IIJ" BenchAPI_Traceroute_Pretty "210.175.32.26" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "日本-SoftBank" BenchAPI_Traceroute_Pretty "106.162.242.108" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "日本-KDDI" BenchAPI_Traceroute_Pretty "203.215.236.3" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "日本-中国电信" BenchAPI_Traceroute_Pretty "202.55.27.4" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "日本-中国电信CN2" BenchAPI_Traceroute_Pretty "13.112.63.251" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "日本-AWS" BenchAPI_Traceroute_Pretty "210.114.41.101" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "韩国-KT" BenchAPI_Traceroute_Pretty "175.122.253.62 " "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "韩国-SK" BenchAPI_Traceroute_Pretty "211.174.62.44" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "韩国-LG" BenchAPI_Traceroute_Pretty "218.185.246.3" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "韩国-中国电信CN2" BenchAPI_Traceroute_Pretty "13.124.63.251" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "韩国-AWS" BenchAPI_Traceroute_Pretty "202.133.242.116" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-台湾Chief" BenchAPI_Traceroute_Pretty "210.200.69.90" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-台湾APTG" BenchAPI_Traceroute_Pretty "203.75.129.162" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-台湾CHT" BenchAPI_Traceroute_Pretty "219.87.66.3" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-台湾TFN" BenchAPI_Traceroute_Pretty "211.73.144.38" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-台湾FET" BenchAPI_Traceroute_Pretty "61.63.0.102" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-台湾KBT" BenchAPI_Traceroute_Pretty "103.31.196.203" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-台湾TAIFO" BenchAPI_Traceroute_Pretty "218.30.33.17" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-洛杉矶-中国电信" BenchAPI_Traceroute_Pretty "66.102.252.100" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-洛杉矶-中国电信CN2" BenchAPI_Traceroute_Pretty "63.218.42.81" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-洛杉矶-PCCW" BenchAPI_Traceroute_Pretty "66.220.18.42" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-洛杉矶-HE" BenchAPI_Traceroute_Pretty "173.205.77.98" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-洛杉矶-GTT" BenchAPI_Traceroute_Pretty "12.169.215.33" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-旧金山-ATT" BenchAPI_Traceroute_Pretty "66.198.181.100" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-纽约州-TATA" BenchAPI_Traceroute_Pretty "218.30.33.17" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-圣何塞-中国电信" BenchAPI_Traceroute_Pretty "23.11.26.62" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-圣何塞-NTT" BenchAPI_Traceroute_Pretty "72.52.104.74" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-费利蒙-HE" BenchAPI_Traceroute_Pretty "205.216.62.38" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-拉斯维加斯-Level3" BenchAPI_Traceroute_Pretty "64.125.191.31" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-圣何塞-ZAYO" BenchAPI_Traceroute_Pretty "149.127.109.166" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-阿什本-Cogentco" BenchAPI_Traceroute_Pretty "80.146.191.1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "德国-Telekom" BenchAPI_Traceroute_Pretty "82.113.108.25" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "德国-法兰克福-O2" BenchAPI_Traceroute_Pretty "139.7.146.11" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "德国-法兰克福-Vodafone" BenchAPI_Traceroute_Pretty "118.85.205.101" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "德国-法兰克福-中国电信" BenchAPI_Traceroute_Pretty "5.10.138.33" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "德国-法兰克福-中国电信CN2" BenchAPI_Traceroute_Pretty "213.200.65.70" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "德国-法兰克福-GTT" BenchAPI_Traceroute_Pretty "212.20.150.5" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "德国-法兰克福-Cogentco" BenchAPI_Traceroute_Pretty "194.62.232.211" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "英国-Vodafone" BenchAPI_Traceroute_Pretty "213.121.43.24" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "英国-BT" BenchAPI_Traceroute_Pretty "80.231.131.34" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "英国-伦敦-TATA" BenchAPI_Traceroute_Pretty "118.85.205.181" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "俄罗斯-中国电信" BenchAPI_Traceroute_Pretty "185.75.173.17" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "俄罗斯-中国电信CN2" BenchAPI_Traceroute_Pretty "87.226.162.77" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "俄罗斯-莫斯科RT" BenchAPI_Traceroute_Pretty "217.150.32.2" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "俄罗斯-莫斯科TTK" BenchAPI_Traceroute_Pretty "195.34.32.71" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "俄罗斯-莫斯科MTS" fi # IPv6 if [ "$Result_Networkinfo_NetworkType" = "ipv6" ] || [ "$Result_Networkinfo_NetworkType" = "dualstack" ]; then BenchAPI_Traceroute_Pretty "2408:80f0:4100:2005::3" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2400:da00:2::29" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2409:8089:1020:50ff:1000::fd01" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2408:8000:9000:20e6::b7" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Shanghai, IPv6)" BenchAPI_Traceroute_Pretty "240e:18:10:a01::1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Shanghai, IPv6)" BenchAPI_Traceroute_Pretty "2409:801e:5c03:2000::207" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Shanghai, IPv6)" BenchAPI_Traceroute_Pretty "2408:8001:3011:310::3" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Unicom (Guangzhou, IPv6)" BenchAPI_Traceroute_Pretty "240e:ff:e02c:1:21::" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Telecom (Guangzhou, IPv6)" BenchAPI_Traceroute_Pretty "2409:8057:5c00:30::6" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China Mobile (Guangzhou, IPv6)" BenchAPI_Traceroute_Pretty "2001:da8:a0:1001::1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China CERNET2 (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2400:dd00:0:37::213" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "China CSTNET (Beijing, IPv6)" BenchAPI_Traceroute_Pretty "2001:7fa:0:1::ca28:a1a9" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港HKIX-IPv6" BenchAPI_Traceroute_Pretty "2001:470:0:490::2" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "中国-香港HE-IPv6" BenchAPI_Traceroute_Pretty "2001:470:1:ff::1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-圣何塞-HE-IPv6" BenchAPI_Traceroute_Pretty "2001:418:0:5000::1026" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-芝加哥-NTT-IPv6" BenchAPI_Traceroute_Pretty "2001:2000:3080:1e96::2" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-洛杉矶-Telia-IPv6" BenchAPI_Traceroute_Pretty "2001:668:0:3:ffff:0:d8dd:9d5a" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-洛杉矶-GTT-IPv6" BenchAPI_Traceroute_Pretty "2600:0:1:1239:144:228:241:71" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-堪萨斯-Sprint-IPv6" BenchAPI_Traceroute_Pretty "2600:80a:2::15" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-洛杉矶-Verizon-IPv6" BenchAPI_Traceroute_Pretty "2001:550:0:1000::9a36:4215" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-阿什本-Cogentco-IPv6" BenchAPI_Traceroute_Pretty "2001:1900:2100::2eb5" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-圣何塞-Level3-IPv6" BenchAPI_Traceroute_Pretty "2001:438:ffff::407d:d6a" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "美国-西雅图-Zayo-IPv6" BenchAPI_Traceroute_Pretty "2001:470:0:349::1" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "法国-巴黎-HE-IPv6" BenchAPI_Traceroute_Pretty "2001:728:0:5000::6f6" "${GlobalVar_TracerouteMode}" "${GlobalVar_TracerouteMaxHop}" "德国-法兰克福-NTT-IPv6" fi } # =========================================================================== # -> 结果输出 function BenchFunc_GenerateReport_GetResult() { BenchAPI_GenerateReport_Systeminfo BenchAPI_GenerateReport_Networkinfo BenchAPI_GenerateReport_StreamingServiceUnlockTest BenchAPI_GenerateReport_PerformanceTest_CPU BenchAPI_GenerateReport_PerformanceTest_Disk } # -> 结果输出 function BenchAPI_GenerateReport_Systeminfo() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/systeminfo.restmp" echo -e "\n -> System Information\n" >"$v_resfile" echo -e " CPU Model Name:\t\t${Result_Systeminfo_CPUModelName}" >>"$v_resfile" echo -e " CPU Cache Size:\t\tL1: ${Result_Systeminfo_CPUCacheSizeL1} / L2: ${Result_Systeminfo_CPUCacheSizeL2} / L3: ${Result_Systeminfo_CPUCacheSizeL3}" >>"$v_resfile" if [ "$Result_Systeminfo_isPhysical" = "1" ]; then echo -e " CPU Specifications:\t\t${Result_Systeminfo_CPUSockets} Physical CPUs, ${Result_Systeminfo_CPUCores} Total Cores, ${Result_Systeminfo_CPUThreads} Total Threads" >>"$v_resfile" if [ "${Result_Systeminfo_VirtReady}" = "1" ]; then if [ "${Result_Systeminfo_IOMMU}" = "1" ]; then echo -e " Virtualization Ready:\t\tYes (Based on ${Result_Systeminfo_CPUVMX}, IOMMU Enabled)" >>"$v_resfile" else echo -e " Virtualization Ready:\t\tYes (Based on ${Result_Systeminfo_CPUVMX})" >>"$v_resfile" fi else echo -e " CPU Specifications:\t\t${Result_Systeminfo_CPUSockets} Physical CPUs, ${Result_Systeminfo_CPUCores} Total Cores, ${Result_Systeminfo_CPUThreads} Total Threads" >>"$v_resfile" echo -e " Virtualization Ready:\t\tNo" >>"$v_resfile" fi elif [ "$Result_Systeminfo_isPhysical" = "0" ]; then echo -e " CPU Specifications:\t\t${Result_Systeminfo_CPUThreads} vCPU" >>"$v_resfile" if [ "${Result_Systeminfo_VirtReady}" = "1" ]; then if [ "${Result_Systeminfo_IOMMU}" = "1" ]; then echo -e " Virtualization Ready:\t\tYes (Based on ${Result_Systeminfo_CPUVMX}, Nested Virtualization Enabled, IOMMU Enabled)" >>"$v_resfile" else echo -e " Virtualization Ready:\t\tYes (Based on ${Result_Systeminfo_CPUVMX}, Nested Virtualization Enabled)" >>"$v_resfile" fi else echo -e " Virtualization Ready:\t\tNo" >>"$v_resfile" fi fi { echo -e " Virtualization Type:\t\t${Result_Systeminfo_VMMType}" echo -e " Memory Usage:\t\t\t${Result_Systeminfo_Memoryinfo}" echo -e " Swap Usage:\t\t\t${Result_Systeminfo_Swapinfo}" echo -e " Disk Usage:\t\t\t${Result_Systeminfo_Diskinfo}" echo -e " Boot Disk:\t\t\t${Result_Systeminfo_DiskRootPath}" echo -e " OS Release:\t\t\t${Result_Systeminfo_OSReleaseNameFull}" echo -e " Kernel Version:\t\t${Result_Systeminfo_LinuxKernelVersion}" } >>"$v_resfile" return 0 } # -> 结果输出 function BenchAPI_GenerateReport_Networkinfo() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/networkinfo.restmp" echo -e "\n -> Network Information\n" >"$v_resfile" if [ "$Result_Networkinfo_NetworkType" = "ipv4" ] || [ "$Result_Networkinfo_NetworkType" = "dualstack" ]; then { echo -e " IPv4-IP Address:\t\t[$Result_Networkinfo_CountryCode4] $Result_Networkinfo_IP4" echo -e " IPv4-AS Information:\t\t$Result_Networkinfo_NetworkOwner4" echo -e " IPv4-GeoIP Location:\t\t$Result_Networkinfo_GeoLocation4" } >>"$v_resfile" fi if [ "$Result_Networkinfo_NetworkType" = "ipv6" ] || [ "$Result_Networkinfo_NetworkType" = "dualstack" ]; then { echo -e " IPv6-IP Address:\t\t[$Result_Networkinfo_CountryCode6] $Result_Networkinfo_IP6" echo -e " IPv6-AS Information:\t\t$Result_Networkinfo_NetworkOwner6" echo -e " IPv6-GeoIP Location:\t\t$Result_Networkinfo_GeoLocation6" } >>"$v_resfile" fi if [ "$Result_Networkinfo_NetworkType" = "unknown" ]; then echo -e " No network information detected" >>"$v_resfile" fi } # -> 结果输出 function BenchAPI_GenerateReport_StreamingServiceUnlockTest() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/streamunlocktest.restmp" echo -e "\n -> Streaming Service Unlock Test" >"$v_resfile" { echo -e "" >>"$v_resfile" echo -e " Netflix:\t\t\t$Result_StreamingServiceUnlockTest_Netflix" echo -e " HBO Now:\t\t\t$Result_StreamingServiceUnlockTest_HBONow" echo -e " Youtube Premium:\t\t$Result_StreamingServiceUnlockTest_YoutubePremium" echo -e " Tiktok Region:\t\t\t$Result_StreamingServiceUnlockTest_TiktokRegion" echo -e " BBC iPlayer:\t\t\t$Result_StreamingServiceUnlockTest_BBCiPlayer" echo -e " NicoNico:\t\t\t$Result_StreamingServiceUnlockTest_NicoVideo" echo -e " Princonne Re:dive Japan:\t$Result_StreamingServiceUnlockTest_PriconneRediveJP" echo -e " Pretty Derby Japan:\t\t$Result_StreamingServiceUnlockTest_UmamusumeJP" echo -e " Kantai Collection Japan:\t$Result_StreamingServiceUnlockTest_KancolleJP" echo -e " Bahamut Anime:\t\t\t$Result_StreamingServiceUnlockTest_BahamutAnime" echo -e " Bilibili (China Mainland):\t$Result_StreamingServiceUnlockTest_BilibiliChinaMainland" echo -e " Bilibili (China SAR&Taiwan):\t$Result_StreamingServiceUnlockTest_BilibiliChinaSARTaiwan" echo -e " Bilibili (China Taiwan):\t$Result_StreamingServiceUnlockTest_BilibiliChinaTaiwan" echo -e " Steam Price Currency:\t\t$Result_StreamingServiceUnlockTest_SteamPriceCurrency" } >>"$v_resfile" } # -> 结果输出 function BenchAPI_GenerateReport_PerformanceTest_CPU() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/performance_cpu.restmp" echo -e "\n $Result_PerformanceTest_CPU_BenchTitle\n" >"$v_resfile" { [[ "$Result_PerformanceTest_CPU_SingleCore" != "" ]] && echo -e "$Result_PerformanceTest_CPU_SingleCore" [[ "$Result_PerformanceTest_CPU_MultiCore" != "" ]] && echo -e "$Result_PerformanceTest_CPU_MultiCore" [[ "$Result_PerformanceTest_CPU_MultiCoreHT" != "" ]] && echo -e "$Result_PerformanceTest_CPU_MultiCoreHT" } >>"$v_resfile" } # -> 结果输出 function BenchAPI_GenerateReport_PerformanceTest_Disk() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/performance_disk.restmp" echo -e "\n -> Disk Performance Test (Using FIO, Direct mode, 32 IO-Depth)\n" >"$v_resfile" { echo -e "$Result_PerformanceTest_Disk_4KRandWrite" echo -e "$Result_PerformanceTest_Disk_4KRandRead" echo -e "$Result_PerformanceTest_Disk_128KRandWrite" echo -e "$Result_PerformanceTest_Disk_128KRandRead" } >>"$v_resfile" } # -> 结果输出 function BenchFunc_GenerateReport_GenerateReport() { mkdir -p "${GlobalVar_BaseDir}/tmp/result" >/dev/null 2>&1 local v_resfile && v_resfile="${GlobalVar_BaseDir}/tmp/result/report.txt" { echo -e " LemonBench v3.0 Linux Benchmark & Evaluation Utility Codename \"Stardust\". (C) iLemonrain, All Rights Reserved." cat "${GlobalVar_BaseDir}"/tmp/result/systeminfo.restmp cat "${GlobalVar_BaseDir}"/tmp/result/networkinfo.restmp cat "${GlobalVar_BaseDir}"/tmp/result/streamunlocktest.restmp cat "${GlobalVar_BaseDir}"/tmp/result/performance_cpu.restmp cat "${GlobalVar_BaseDir}"/tmp/result/performance_disk.restmp cat "${GlobalVar_BaseDir}"/tmp/result/speedtest.restmp cat "${GlobalVar_BaseDir}"/tmp/result/traceroute.restmp echo -e "\nGenerated by LemonBench v3 on $(date -u "+%Y-%m-%dT%H:%M:%SZ") Version $GlobalVar_LemonBench_Version\n" } >"${v_resfile}" Result_GenerateReport_TimestampFinish="$(date +%s)" cat "${GlobalVar_BaseDir}"/tmp/result/report.txt >"$HOME"/LemonBenchReport-"$Result_GenerateReport_TimestampFinish".txt true } # -> 上传报告 function BenchAPI_GenerateReport_UploadReport() { local res && res="$(curl -fsL -X POST \ --url https://paste.wmlabs.net/ \ --data-urlencode "content@${PASTEBIN_CONTENT:-/dev/stdin}" \ --data "title=${PASTEBIN_TITLE:-LemonBench v3 测试报告}" \ --data "author=${PASTEBIN_AUTHOR:-LemonBench v3/$GlobalVar_LemonBench_Version}" \ --data "ttl=${PASTEBIN_TTL:--1}")" if [ "$?" = "0" ]; then local report_id && report_id="$(echo "$res" | jq -r .data.id)" echo -e "${Msg_Success}测试报告上传成功, 请保存以下信息:" echo -e "${Msg_Info}LemonBench 测试报告URL: https://paste.wmlabs.net/p/$report_id" else echo -e "${Msg_Warning}测试报告上传失败, 但测试报告已安全保存到本机, 请保存以下信息:" echo -e "${Msg_Info}LemonBench 测试报告保存位置: $HOME/LemonBenchReport-$Result_GenerateReport_TimestampFinish.txt" fi } # -> 上传报告 function BenchFunc_GenerateReport_UploadReport() { if [ "$GlobalVar_UploadReport" = "0" ]; then echo -e "${Msg_Warning}根据参数设置, 已禁用报告自动上传, 测试报告将仅保存到本机, 请保存以下信息:" echo -e "${Msg_Info}LemonBench 测试报告保存位置: $HOME/LemonBench-Result-$$Result_GenerateReport_TimestampFinish.txt" return 0 else cat "${GlobalVar_BaseDir}/tmp/result/report.txt" | BenchAPI_GenerateReport_UploadReport fi return 0 } # # =========================================================================== # -> 依赖处理 (Executor) -> 依赖组件扫描 function BenchAPI_DepProcess_DepScan() { # 检测运行必要依赖 # 使用系统组件: curl sysbench # 使用LemonBench组件: jq fio speedtest nexttrace/worsttrace if curl -V >/dev/null 2>&1; then Flag_DepProcess_DepScan_CurlExist="1" else Flag_DepProcess_DepScan_CurlExist="0" fi if "${GlobalVar_BaseDir}"/bin/jq -V >/dev/null 2>&1; then Flag_DepProcess_DepScan_JsonQueryExist="1" else Flag_DepProcess_DepScan_JsonQueryExist="0" fi if sysbench --version >/dev/null 2>&1; then Flag_DepProcess_DepScan_SysbenchExist="1" else Flag_DepProcess_DepScan_SysbenchExist="0" fi if "${GlobalVar_BaseDir}"/bin/fio -v >/dev/null 2>&1; then Flag_DepProcess_DepScan_FIOExist="1" else Flag_DepProcess_DepScan_FIOExist="0" fi if "${GlobalVar_BaseDir}"/bin/speedtest -V >/dev/null 2>&1; then Flag_DepProcess_DepScan_SpeedtestExist="1" else Flag_DepProcess_DepScan_SpeedtestExist="0" fi if [ "$GlobalVar_TracerouteBinary" = "nexttrace" ]; then if "${GlobalVar_BaseDir}"/bin/nexttrace -h >/dev/null 2>&1; then Flag_DepProcess_DepScan_TracerouteExist="1" else Flag_DepProcess_DepScan_TracerouteExist="0" fi elif [ "$GlobalVar_TracerouteBinary" = "worsttrace" ]; then if "${GlobalVar_BaseDir}"/bin/worsttrace -h >/dev/null 2>&1; then Flag_DepProcess_DepScan_TracerouteExist="1" else Flag_DepProcess_DepScan_TracerouteExist="0" fi else exit 1 fi if [ "$Flag_DepProcess_DepScan_CurlExist" = "1" ] && [ "$Flag_DepProcess_DepScan_JsonQueryExist" = "1" ] && [ "$Flag_DepProcess_DepScan_SysbenchExist" = "1" ] && [ "$Flag_DepProcess_DepScan_FIOExist" = "1" ] && [ "$Flag_DepProcess_DepScan_SpeedtestExist" = "1" ] && [ "$Flag_DepProcess_DepScan_TracerouteExist" = "1" ]; then Flag_DepProcess_DepScan_AllDepExist="1" else Flag_DepProcess_DepScan_AllDepExist="0" fi } # -> 依赖处理 (Collector) -> 依赖组件扫描 function BenchFunc_DepProcess_DepScan() { echo -e "${Msg_Time} Scanning for Runtime Dependency ..." BenchAPI_DepProcess_DepScan if [ "$Flag_DepProcess_DepScan_AllDepExist" = "1" ]; then echo -e "${Msg_Time} Runtime Dependency status GOOD" return 0 else echo -e "${Msg_Time} Installing Runtime Dependency ..." BenchFunc_DepProcess_DepInst fi } # -> 依赖处理 (Executor) -> 依赖安装 (PkgMgrCache) function BenchAPI_DepProcess_DepInst_PkgMgrCache() { BenchAPI_Systeminfo_GetOSReleaseinfo if [ "$Result_Systeminfo_OSReleaseNameShort" = "centos" ]; then case $Result_Systeminfo_OSReleaseVersionShort in 9 | 8) dnf makecache return 0 ;; 7 | 6) yum makecache fast return 0 ;; *) yum makecache fast return 0 ;; esac elif [ "$Result_Systeminfo_OSReleaseNameShort" = "debian" ] || [ "$Result_Systeminfo_OSReleaseNameShort" = "ubuntu" ]; then apt-get update return 0 else return 1 fi } # -> 依赖处理 (Executor) -> 依赖安装 (Curl) function BenchAPI_DepProcess_DepInst_Curl() { if [ "$Result_Systeminfo_OSReleaseNameShort" = "centos" ]; then case $Result_Systeminfo_OSReleaseVersionShort in 9 | 8) dnf install curl -y return 0 ;; 7 | 6) yum install curl -y return 0 ;; *) yum install curl -y return 0 ;; esac elif [ "$Result_Systeminfo_OSReleaseNameShort" = "debian" ] || [ "$Result_Systeminfo_OSReleaseNameShort" = "ubuntu" ]; then apt-get install --no-install-recommends -y curl ca-certificates return 0 else return 1 fi } # -> 依赖处理 (Executor) -> 依赖安装 (JsonQuery) function BenchAPI_DepProcess_DepInst_JsonQuery() { [[ "${Flag_DepProcess_DepScan_CurlExist}" != "1" ]] && BenchAPI_DepProcess_DepInst_Curl curl -o /tmp/jq.tar.gz https://raw.githubusercontent.com/LemonBench/LemonBench/main/requirements/jq/jq-1.6-"$(arch)".tar.gz pushd /tmp/ >/dev/null 2>&1 || return 1 tar xf /tmp/jq.tar.gz chmod +x /tmp/jq mkdir -p "${GlobalVar_BaseDir}"/bin >/dev/null 2>&1 mv /tmp/jq "${GlobalVar_BaseDir}"/bin/jq >/dev/null 2>&1 rm -f /tmp/jq.tar.gz popd >/dev/null 2>&1 || return 1 return 0 } # -> 依赖处理 (Executor) -> 依赖安装 (Sysbench) function BenchAPI_DepProcess_DepInst_Sysbench() { if [ "$Result_Systeminfo_OSReleaseNameShort" = "centos" ]; then case $Result_Systeminfo_OSReleaseVersionShort in 9 | 8) dnf install epel-release -y dnf install sysbench -y return 0 ;; 7 | 6) yum install epel-release -y yum install sysbench -y return 0 ;; *) yum install epel-release -y yum install sysbench -y return 0 ;; esac elif [ "$Result_Systeminfo_OSReleaseNameShort" = "debian" ] || [ "$Result_Systeminfo_OSReleaseNameShort" = "ubuntu" ]; then apt-get install --no-install-recommends -y sysbench return 0 else return 1 fi } # -> 依赖处理 (Executor) -> 依赖安装 (FIO) function BenchAPI_DepProcess_DepInst_FIO() { [[ "${Flag_DepProcess_DepScan_CurlExist}" != "1" ]] && BenchAPI_DepProcess_DepInst_Curl curl -o /tmp/fio.tar.gz https://raw.githubusercontent.com/LemonBench/LemonBench/main/requirements/fio/fio-3.34-"$(arch)".tar.gz pushd /tmp/ >/dev/null 2>&1 || return 1 tar xf /tmp/fio.tar.gz chmod +x /tmp/fio mkdir -p "${GlobalVar_BaseDir}"/bin >/dev/null 2>&1 mv /tmp/fio "${GlobalVar_BaseDir}"/bin/fio >/dev/null 2>&1 rm -f /tmp/fio.tar.gz popd >/dev/null 2>&1 || return 1 return 0 } # -> 依赖处理 (Executor) -> 依赖安装 (Speedtest) function BenchAPI_DepProcess_DepInst_Speedtest() { [[ "${Flag_DepProcess_DepScan_CurlExist}" != "1" ]] && BenchAPI_DepProcess_DepInst_Curl curl -o /tmp/speedtest.tar.gz https://raw.githubusercontent.com/LemonBench/LemonBench/main/requirements/speedtest/speedtest-1.2.0-"$(arch)".tar.gz pushd /tmp/ >/dev/null 2>&1 || return 1 tar xf /tmp/speedtest.tar.gz chmod +x /tmp/speedtest mkdir -p "${GlobalVar_BaseDir}"/bin >/dev/null 2>&1 mv /tmp/speedtest "${GlobalVar_BaseDir}"/bin/speedtest >/dev/null 2>&1 rm -f /tmp/speedtest.tar.gz popd >/dev/null 2>&1 || return 1 return 0 } # -> 依赖处理 (Executor) -> 依赖安装 (Traceroute) function BenchAPI_DepProcess_DepInst_Traceroute() { if [ "$GlobalVar_TracerouteBinary" = "nexttrace" ]; then BenchAPI_DepProcess_DepInst_NextTrace return 0 elif [ "$GlobalVar_TracerouteBinary" = "worsttrace" ]; then BenchAPI_DepProcess_DepInst_WorstTrace return 0 else return 1 fi } # -> 依赖处理 (Executor) -> 依赖安装 (NextTrace) function BenchAPI_DepProcess_DepInst_NextTrace() { [[ "${Flag_DepProcess_DepScan_CurlExist}" != "1" ]] && BenchAPI_DepProcess_DepInst_Curl curl -o /tmp/nexttrace.tar.gz https://raw.githubusercontent.com/LemonBench/LemonBench/main/requirements/nexttrace/nexttrace-1.2.7-"$(arch)".tar.gz pushd /tmp/ >/dev/null 2>&1 || return 1 tar xf /tmp/nexttrace.tar.gz chmod +x /tmp/nexttrace mkdir -p "${GlobalVar_BaseDir}"/bin >/dev/null 2>&1 mv /tmp/nexttrace "${GlobalVar_BaseDir}"/bin/nexttrace >/dev/null 2>&1 rm -f /tmp/nexttrace.tar.gz popd >/dev/null 2>&1 || return 1 return 0 } # -> 依赖处理 (Executor) -> 依赖安装 (WorstTrace) function BenchAPI_DepProcess_DepInst_WorstTrace() { [[ "${Flag_DepProcess_DepScan_CurlExist}" != "1" ]] && BenchAPI_DepProcess_DepInst_Curl curl -o /tmp/worsttrace.tar.gz https://raw.githubusercontent.com/LemonBench/LemonBench/main/requirements/worsttrace/worsttrace-2.0.7-"$(arch)".tar.gz pushd /tmp/ >/dev/null 2>&1 || return 1 tar xf /tmp/worsttrace.tar.gz chmod +x /tmp/worsttrace mkdir -p "${GlobalVar_BaseDir}"/bin >/dev/null 2>&1 mv /tmp/worsttrace "${GlobalVar_BaseDir}"/bin/worsttrace >/dev/null 2>&1 rm -f /tmp/worsttrace.tar.gz popd >/dev/null 2>&1 || return 1 return 0 } # -> 依赖处理 (Collector) -> 依赖安装 function BenchFunc_DepProcess_DepInst() { mkdir -p "${GlobalVar_BaseDir}"/bin >/dev/null 2>&1 BenchAPI_DepProcess_DepInst_PkgMgrCache case $GlobalVar_BenchPreset in fast | full) [[ "$Flag_DepProcess_DepScan_CurlExist" = "0" ]] && BenchAPI_DepProcess_DepInst_Curl [[ "$Flag_DepProcess_DepScan_JsonQueryExist" = "0" ]] && BenchAPI_DepProcess_DepInst_JsonQuery [[ "$Flag_DepProcess_DepScan_SysbenchExist" = "0" ]] && BenchAPI_DepProcess_DepInst_Sysbench [[ "$Flag_DepProcess_DepScan_FIOExist" = "0" ]] && BenchAPI_DepProcess_DepInst_FIO [[ "$Flag_DepProcess_DepScan_SpeedtestExist" = "0" ]] && BenchAPI_DepProcess_DepInst_Speedtest [[ "$Flag_DepProcess_DepScan_TracerouteExist" = "0" ]] && BenchAPI_DepProcess_DepInst_Traceroute # 二次扫描, 如果所有检测结果不为1, 则认为依赖处理失败, 直接退出运行 BenchAPI_DepProcess_DepScan if [ "$Flag_DepProcess_DepScan_AllDepExist" = "1" ]; then return 0 else echo "BenchFunc_DepProcess_DepInst(): Dep Failed" exit 1 fi ;; *) exit 1 ;; esac } # ===== 功能: 显示测试Header ====== function GlobalFunc_ShowBenchHeader() { echo -e "${Msg_Time} " echo -e "${Msg_Time} __ ___ __ " echo -e "${Msg_Time} / / ___ __ _ ___ ___ / _ )___ ___ ____/ / " echo -e "${Msg_Time} / /__/ -_) ' \/ _ \/ _ \/ _ / -_) _ \/ __/ _ \ " echo -e "${Msg_Time} /____/\__/_/_/_/\___/_//_/____/\__/_//_/\__/_//_/ " echo -e "${Msg_Time} " echo -e "${Msg_Time} LemonBench - A simple Linux Platform Benchmark & Evaluation Utility." echo -e "${Msg_Time} (C)iLemonrain. All Rights Reserved. Distribute under MIT License." echo -e "${Msg_Time} " } # ===== 功能: 显示帮助文档 ===== function GlobalFunc_ShowHelpDocument() { echo -e "LemonBench - Linux 服务器性能基准测试工具包" echo -e "" echo -e "用法: LemonBench.sh [选项]..." echo -e "" echo -e "预置测试方案：" echo -e " -f, --fast 使用预置 <快速模式> 启动测试" echo -e " -F, --full 使用预置 <完整模式> 启动测试" echo -e "" echo -e "全局参数:" echo -e " --no-upload 在测试结束后禁止上传报告" echo -e "" echo -e "测试参数：" echo -e " --disk-engine 配置 磁盘性能测试 使用引擎 (fio|dd)" echo -e " --trace-mode 设置 路由追踪测试 数据包类型 (icmp|tcp)" echo -e " --trace-hop 设置 路由追踪测试 最大跳数 (10-99)" echo -e "" echo -e "请将问题报告和讨论内容电子邮件发送至 " echo -e "和/或在 https://github.com/LemonBench/LemonBench 开 issue 进行讨论。" } # # ===== 预置: LemonBench 测试预置方案 ===== # # -> 预置: 快速模式 (Fast) # 测试速度与精确度的平衡点 (~8min)，适用于常规测试，快速了解待测服务器性能指标 function StartBench_Preset_Fast() { rm -rf "${GlobalVar_BaseDir}"/tmp GlobalFunc_ShowBenchHeader #RunBench_StartBenchPre BenchFunc_DepProcess_DepScan #RunBench_StartBenchPost BenchFunc_Systeminfo_GetSysteminfo BenchFunc_Systeminfo_ShowSysteminfo BenchFunc_Networkinfo_GetNetworkinfo BenchFunc_Networkinfo_ShowNetworkinfo BenchFunc_StreamingServiceUnlockTest_RunTest BenchFunc_PerformanceTest_CPU_RunTest_Fast BenchFunc_PerformanceTest_Disk_RunTest BenchFunc_Speedtest_Fast_Pretty BenchFunc_Traceroute_Fast_Pretty BenchFunc_GenerateReport_GetResult BenchFunc_GenerateReport_GenerateReport BenchFunc_GenerateReport_UploadReport } # -> 预置: 完整模式 (Full) # 通过耐久测试/多次采样测试，获取更高的结果，但更慢的速度 (~30min)，适用于获取更高精度的测试结果 function StartBench_Preset_Full() { rm -rf "${GlobalVar_BaseDir}"/tmp GlobalFunc_ShowBenchHeader #RunBench_StartBenchPre BenchFunc_DepProcess_DepScan #RunBench_StartBenchPost BenchFunc_Systeminfo_GetSysteminfo BenchFunc_Systeminfo_ShowSysteminfo BenchFunc_Networkinfo_GetNetworkinfo BenchFunc_Networkinfo_ShowNetworkinfo BenchFunc_StreamingServiceUnlockTest_RunTest BenchFunc_PerformanceTest_CPU_RunTest_Full BenchFunc_PerformanceTest_Disk_RunTest BenchFunc_Speedtest_Full_Pretty BenchFunc_Traceroute_Full_Pretty BenchFunc_GenerateReport_GetResult BenchFunc_GenerateReport_GenerateReport BenchFunc_GenerateReport_UploadReport } # # ===== 全局程序主入口 ===== # export PATH=${GlobalVar_BaseDir}/bin:$PATH LANG=C if ! ARGS="$(getopt -a -o hfF --long fast,full,no-upload,trace-mode:,trace-hop:,help -- "$@")"; then echo "error" exit 1 fi eval set -- "${ARGS}" while :; do [ -z "$1" ] && break case $1 in -h | --help) GlobalFunc_ShowHelpDocument exit 1 ;; -f | --fast | fast) GlobalVar_BenchPreset="fast" shift ;; -F | --full | full) GlobalVar_BenchPreset="full" shift ;; --no-upload) GlobalVar_UploadReport="0" shift ;; --trace-mode) if [ "$2" = "icmp" ] || [ "$2" = "ICMP" ]; then GlobalVar_TracerouteMode="icmp" elif [ "$2" = "tcp" ] || [ "$2" = "TCP" ]; then GlobalVar_TracerouteMode="tcp" else echo -e "${Msg_Error} --trace-mode 参数错误, 请输入正确的参数值 (icmp|tcp)" exit 1 fi shift 2 ;; --trace-hop) TestVar="$(echo "$2" | grep -oE "\b[0-9]{1,2}\b")" if [ "${TestVar}" != "" ]; then GlobalVar_TracerouteMaxHop="$2" else echo -e "${Msg_Error} --trace-hop 参数错误, 请输入正确的参数值 (10~99)" exit 1 fi shift 2 ;; --) shift ;; *) GlobalFunc_ShowHelpDocument exit 1 ;; esac done if [ "${GlobalVar_BenchPreset}" = "fast" ]; then StartBench_Preset_Fast elif [ "${GlobalVar_BenchPreset}" = "full" ]; then StartBench_Preset_Full else GlobalFunc_ShowHelpDocument exit 1 fi